Google Sheets Introduction: A Comprehensive Beginner's Tutorial
This guide walks you through the basics of Google Sheets, from navigating the interface to building a functional student scoring spreadsheet. You'll learn essential skills including data entry, formatting, and core functions.
Getting Started with Google Sheets
- Accessing Google Sheets: Open a web browser (Chrome recommended) and sign into your Google account. Click the Google Apps icon (top right) and select "Sheets."
- The Landing Page: Create a blank worksheet, view templates, access recent files (30 days), or search for existing files.
- Saving: Your work is automatically saved to Google Drive. Name your file at the top left.
Understanding the Interface
- Menus: File, Edit, View, Insert, Format, Data, Tools, Extensions, Help.
- Quick Access Toolbar: Undo, Redo, Print, Format Painter, Zoom, Currency/Percentage formats, Font controls, Bold/Italic/Strikethrough, Text/Fill color, Borders, Merge cells, Alignment, Text wrapping, and rotation.
- Cell Reference: Columns are letters (A, B, C...), rows are numbers (1, 2, 3...). A5 refers to column A, row 5. The name box shows the selected cell.
- Formula Bar: Displays the true value of a cell (e.g., a number vs. a calculation that looks the same). Essential for checking formulas.
Data Entry & Management
- Headers: Always label columns to describe the data (e.g., Student ID, First Name, Last Name).
- Navigation: Use Tab (next cell right), Shift+Tab (left), Enter (down), Shift+Enter (up), or arrow keys.
- Autofill: The small square in the bottom-right of a selected cell.
- Repeating numbers: Type "1" and drag.
- Sequential numbers: Type "1" then "2", select both, drag or double-click.
- Sequential dates/month/days: Type January/Monday and drag.
- Custom patterns: Type "Quarter 1" and drag for "Quarter 2", "Quarter 3", etc.
- Smart Fill: After typing a few examples, Sheets suggests a formula to complete the pattern automatically (e.g., creating emails from first/last names). Use Ctrl+Shift+Y or click the checkmark to accept.
- Paste Special: Right-click > Paste Special > Values Only to remove formulas and keep only the resulting text/numbers.
- Adjusting Columns: Click and drag column borders to resize. Double-click a border for auto-fit. Select all (the rectangle above row 1 left of column A) and double-click any border to auto-fit the entire sheet.
Calculations, Formulas & Functions
- **Equal Sign () = : Always starts any calculation, formula, or function.
- Calculations: Typing numbers directly (e.g., =1+2+3). Not dynamic – if source data changes, the result won't update. Rarely used with data.
- Formulas: Using cell references (e.g., =B3+B4+B5). Dynamic – updates when source data changes. Best for multiplication and division.
- Functions: Pre-built formulas (e.g., =SUM(B3:B7)). Dynamic and efficient for complex operations like addition.
Essential Functions
- SUM Function: Adds values. Example: =SUM(F4:I4) calculates total attendance for a student.
- AVERAGE Function: Calculates the average. Example: =AVERAGE(K4:M4) finds the average test score.
- IF Function: Returns one value if a condition is true, another if false.
- Structure: =IF(logical_expression, value_if_true, value_if_false)
- Example: =IF(N4>=65, "Pass", "Fail") – if the average in N4 is >=65, the cell shows "Pass"; otherwise "Fail".
- Relative vs. Absolute Cell Reference:
- Relative (e.g., A1): Changes when autofilled (e.g., A1, A2, A3).
- Absolute (e.g., $A$1): Stays fixed when autofilled. Use F4 key (or Fn+F4) to toggle anchors. Necessary for IF functions comparing to a fixed threshold like the passing score.
Formatting Your Spreadsheet
- Basic Formatting: Bold, Italic, Underline (Format > Text > Underline), Font, Font size, Text color, Fill color.
- Themes: Format > Theme to apply coordinated font/color schemes.
- Alternating Colors: Format > Alternating Colors to add header color and alternating row colors for readability.
- Alignment & Merging: Use alignment tools. Merge cells (e.g., for a title spanning multiple columns) with Merge & Center.
Checkboxes & Conditional Formatting
- Insert Checkboxes: Select cells, go to Insert > Checkbox. Checked = TRUE, unchecked = FALSE.
- COUNTIF with Checkboxes: Count how many are checked: =COUNTIF(range, TRUE).
- Text Concatenation: Combine text/results using & (e.g., =COUNTIF(B4:B13,TRUE) & "/" & COUNTA(B4:B13) to show "6/10").
- Conditional Formatting with Checkboxes:
- Select data range.
- Format > Conditional Formatting.
- Under "Format rules" choose "Custom formula is."
- Enter formula: =$B4 (absolute column B, relative row so it checks each row).
- Set formatting (e.g., bold, green, strikethrough) when the checkbox is TRUE.
Next Steps
- Google Docs Intermediate: Smart Canvas, Tables, & Collaboration Tips (next course): Expand your Google Workspace skills with advanced tools like Smart Canvas and collaborative features.
- Google Sheets Intermediate (next course): Learn pivot tables, sorting/filtering, charts, data validation, and more advanced features.
- For those continuing with data analysis beyond spreadsheets, see Python Pandas Basics: A Comprehensive Guide for Data Analysis.
Related Resources on Lunanotes:
The exercise files for today's course are located in the video description below. Don't forget to like and
subscribe. Hello everyone and welcome into Google Sheets introduction. My name is Joe and
I am so glad you're here and excited to have you join us for our Google Sheets adventure. In this course, we will help
you learn the essentials of Google Sheets. Whether you're a complete beginner or just looking to sharpen your
skills, this course will guide you through the basics of Google Sheets from data entry and formatting to simple
calculations and functions. By the end, you'll feel confident using Google Sheets for various tasks.
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More information can be found in the video description below. To get to Google Sheets, the first thing
we'll do is open up a web browser. I'm going to be using Google Chrome today, but you're more than welcome to use
whichever browser that you're comfortable with. So, I'm going to open up my Google Chrome here.
And in the top right hand corner, you'll see your Google apps. Now, if you aren't signed I if you're not signed into this
yet, you might have to uh you might just have to go in and then sign in using your Google account, your Gmail here,
and then whatever password you set up. But once you're signed in, you can just click on those apps, and this is where
you'll see all the different Google apps you have available to you. Now, the one that we're going to be focusing on for
this course is Google Sheets. So, we'll give that a click. And then once we open up our Google
Sheets there, it's going to bring us to the landing page. Now, the landing page is great
because this is where we can either create a blank worksheet. We can see some of the templates that Google has
available to us. We can access what we've been working on the previous 30 days. And not only that, we can also
search for any of our files up top. So, this is a nice simple way to access all of your different Google Sheets or being
able to access those templates or being able to access this blank spreadsheet, which that's what we're going to be
doing today. So, let's all go over to blank spreadsheet. We're going to click on that and we're going to build a
financial ledger. Or maybe maybe not. We'll we'll figure out what we'll do. Maybe we'll do something with uh we'll
switch it up. We'll do something with students or something. We'll have fun with it though. So, here I'm going to
just click into blank spreadsheet. And right away, we are now in our main interface. So, you'll see up we have a
way to name this sheet. And I'm going to do that right away. And once you name it, it'll stay that name unless you want
to rename it again. You're more than welcome to. And I'm just going to call this um
let's do Yeah, let's do this one. Student scoring information.
Student scoring information. I'm going to press enter and it saves right away into your Google Drive. So that's pretty
cool. Right away we notice that it has a automatic saving. Now you can go look it interface. You'll
see right over to the right it start to ask you hey do you want to build some pre-built tables? Here's a couple other
features that you have access to. So this is pretty cool. Once again bringing in those templates and look at that. If
you are new or maybe you don't know where to start, you can quickly go in and take a look at all the different
things it has available to you. But we're going to have fun. We're going to create our own from scratch. So, we'll
click the X on that. We're going to just start from blank here. Another thing that's really important with this is up
top, see your different menus. We have the file menu. Then when you click on it, you'll see the menu then drop down
and you can look at all the things you can do in the file menu. edit, view, insert, format, data, folds, extensions,
and even help. If you do need to search the menus, you're more than welcome to do that. And also, if you like this
training, of course, you can utilize it. But if you do want more resources to training, Google does have their own
here under training. So, that's pretty cool. And also, they have their function list and keyboard shortcut if you want
to learn those. but we'll go through a couple of those throughout the training. Now, besides STEM, we also have what's
known as our quick access tools. And these quick access tools are some of the most frequently used tools by Google
Sheet. You can once again search the menu. That's the same as going to help clicking search the menu. So, all these
tools here are actually up top here as well, but these are the most accessible ones. Undo, redo, print, format,
painter, right or paint format, copies of format. You have to do you can zoom in and out of the worksheet. You have
currency format, percentage format, decimal increasing and decreasing and also more formats as well where you can
change what the number looks like. Always remember format means the appearance. You then have your tools for
the text itself. What kind of font do you want to use? increase or decrease the font size through formatting like
bold, italicize, strike through, and also changing the text color. You can also change the background of the cells.
So, if you want a cell to be a second color, you're more than welcome to. You can add borders to those cells and then
also merge the cells as well. You can align your text if you want it center or to the right or to the left. You can do
vertical alignment, top, middle, bottom, and also text wrapping if you want to do overflow or wrapping or clip and then
rotation of your text. So, there's a ton of different options here. Couple of the other ones down here are inserting
links, comments, you can insert charts for visualizing your data for non filters or take a look at some of the
filter views that you have. We'll talk about this in another session. And then also functions all the different
functions and then all of them are categorized. You can either go to arrays database
data engineering. So they have a ton of things here that you can look at. So
when we're talking about using the interface here, one of the most important things is knowing where you
are in the worksheet. So for instance, what Google Sheets does well is it utilizes what's known as columns
and row. So that's how we reference. So these are the columns going across here and these columns are indicated by
alphabet, right? So characters A, B, C, D. We then have of course down going down here the rows and these rows are
indicated by numeric value. So they're just numbers 1 2 3 4 and when you select into a cell like right here I'm selected
on B5 you're always going to name the column first column B and then what row you're
selected on five. And you'll even see over here in our name box, it tells you you've selected
B5. Another thing that's really important when we're talking about
cell reference is what's inside of a cell, right? So, right back to the main box where we just saw it tells you what
cell you're in. You'll see also we have our formula bar. And this formula bar is super important because it tells us the
truest value of a cell. So you might be thinking, well, what does that mean? Well, let's say I did something like
that. I click into a cell and I do this. And then I click into cell and I do this. Well, looking at these, they look
identical, right? They don't look like they're different at all, but they're completely different. One of these
values is a one, and one of these values is some sort of calculation. But which one's which? Well, that's
where the formula bar comes in. If I click into this cell, it tells me that this is actually a calculation.
It's 1 0, which equals one. and it tells me that this cell I just typed in the number one. So even though they look the
same, they're completely different. That's why the formula bar is super important, not only for writing
formulas, but for knowing what really is in these cells. So I'm just going to clear that out. But
try this out for your own real quick. I want you to sign into Google Sheet. I want you to open up a blank worksheet,
take a look around, get familiar with some of the tools that they have to offer, and then when we come back, we're
going to start to enter in some data into this worksheet. Now that we know a little bit more about the interface,
we're going to start entering data. And today, we're going to do our student scoring information. Now, in order to do
that, we can't just start entering data in. Like, I can't just start entering a bunch of numbers because you might be
thinking, well, what are those numbers? It's always a good idea to label your columns and those are known as headers.
So, we're going to create a title first. Let's click into A1 and we're just going to call this student
scoring. Then in A3, we're going to start to put our headers in to really describe what
kind of data is going into our columns. Starting off with our students ID.
I'm then going to press the tab key to go over to the next cell. Now, you can either press the tab key next to the Q
on your keyboard to go to the right, or you can use shift tab to go to the left. You can press enter
to confirm and then go down if you press enter twice, or you can hold your shift key and press enter twice to go back up.
You can also just simply use arrow keys or click into each cell. So, totally up to you. There's no right or wrong on
those. Uh, but yeah, let's continue to fill in what kind of information is going in here. So, we'll have the first
name, and then we'll have the last name. Let's also do the email,
the birthday. We'll take birthday. Uh, let's do also class attendance. Now I want to do the
class attendance for each quarter. So we'll have attendance quarter 1. Then we could just say QR1.
But before we go and have to rewrite that a ton of times, I actually want to talk about this real quick. You'll see
that whenever we click into each cell, we actually get this little ball icon, right? And that little dot or
ball is actually autofill. What it does is it follows a pattern. Now I'm going to show you how it can fill in series.
And then later on when we get into calculations, functions, and formulas, we'll talk about how it works with
those. But for now, let's say I want to just repeat the number one. I can actually do that by clicking and
dragging. You'll see it just repeats the number one as many times as I want. I can also choose to do sequential
order. For instance, I'll put a one and then a two. And now I can say, okay, I'm going to either click and drag or after
you select those two, you can do a double click. And you'll see it's in sequential order because we're telling
the system, hey, listen, we're going from one to two, which is increments of one. I can do two to four and do
increments of two. Select them both. Double click on the ball. There we go. But what's awesome is not only that, we
can also do things like dates. I can put in a date. Let's do this date. And then I can double click and it'll
put it in sequential order. Pretty cool. I can also do January double click or even non-abbreviated
January double click Monday
day of the week or even non-abbreviated Monday. Or another thing I can do is maybe I
want to do week one and it will automatically put it in sequential order.
And not only can we do this going down vertically, but we can do this horizontally. For example, with our
attendance for each quarter, I can just click and drag. That'll be quarter two. That'd be three. That'd be four.
And look at that. How awesome is that? We don't have to sit there and write it four times. We just write it once and
then it does it for us. Now, I'm going to take all of this. I want to delete this out. So, you could just select it
all and press the delete key. Not the backspace. You could do backspace if you want, but I always like to use the
delete key. So, I'll show that again. You can either select it all and use delete key or backspace, but I always
use the delete key. Next up, we're going to put into column J3 holds for a total attendance. So,
we'll just say total attendance. And you might notice as of right now that we're cutting some stuff
off, right? We're cutting off the one, the two, the three, and now the four. We're going to talk about how to fix
that in a second, but let's put in the rest of our headers here. We're also going to keep track of scoring, right?
So, I want to see what they scored on test one, test two,
and then their final test. We'll then in column N3 put in their average score
and then in column 03 we'll put in whether they've passed. So we'll say pass slash fail.
Now once again this is pushing really far. We can't see everything and we have to also fix the attendance. You can do
this by going up to the top between the columns where you want to change the width. For instance, F and G. And I can
click and drag to make this bigger. Click and drag. Or click and drag to make it smaller. But if you want it to
be an exact fit, you could just give a quick double click and it will auto size it for you. One, two. Look how nice that
looks. One, two. Now, if you want to fix this all at once, let's say they're all squished in
a little bit and you want everything to be autosized really nicely, you can actually select right here underneath
the name box, this little rectangle. And when you click on that, it selects every single column and row. Once you do that,
you can go between any column and double click and it will actually auto adjust the entire
spreadsheet. So that's a little trick that I like to use. So try this out on your own. And then once we come back,
we're going to start entering in some data. Now that we have our headers and
everything is auto, we will now start to put in our information. So as we enter in the data here, I'll just enter in
some fake data for 10 students. So I'm going to do that autofill technique I showed you before where you put in a one
and then a two. And then we can just click and drag from our autofill
and we'll fill in 10th student. After this, we'll then put in some names. So, let's just do some fake names
here. John, Jane Smith. And then you could take your time with
this. Pause the video. I'll go through a little quicker, but you're more than welcome to pause at any moment. We'll
add in just a couple of fake names here. And you're going to love what we learn in a second. This is going to be a lot
of fun when we create the emails. So, just a couple more here. Max Walker and Olivia.
All right. So, now let's say that we want to put in some emails. I'm going to make those emails a little bigger by
just clicking and dragging the column D width because I know I want those to be the full email. Now, for the email,
we're just going to do a first name, last name at.com. Very simple and just fake. So, you might be thinking, well,
wow, that's going to take us a minute to do, right? we have to put in John Dell as or you might be thinking well Joe
I've heard there's ways to do strings of text like concatenation and different advanced functions you can use and all
of that would be correct but there is an awesome new feature known as smart fill that is accessible to us within Google
Sheets and what smart fill does it's kind of like autofill where it follows a pattern but it's following a pattern
with our names here our strings of text So watch this. Let's click into D4 and type it John.
Oo email.com and then we'll press enter. We'll then
do the next one. And then press enter. Now when we do the last one, you're going to see something
here. It says, "Hey, Smart Fill, we have a formula suggestion. We think we can fill these
cells using a formula to help you out so that you don't have to continue to do all that work." And I'm going to say,
you know what? Thank you so much, Google Sheets. And we'll click the little check mark here. Or you can also use control
plus shift + Y to do the rest of the smart fill. Now, I'm just going to do a little check mark. And how awesome is
that? You might have heard me just say, hey, you know, we might have wanted to do concatenation, right? Well, it is
actually using a concat function on top. So, using the concatenate function, it's saying, let's take the first name with a
period and the last name and then add an email.com. So, it's doing it for us. And we didn't even need to know how to do
that function. Now, later on, if you decide that you don't want these to be functions, you're more than welcome to
copy these. And you can copy something by right-clicking. And cut means to actually take it and move it. Copy means
to take it, make a copy, and then move it. And paste means well to paste it in there. But there are a couple of really
cool options here under paste special where we can copy or cut the function result and paste it as a value instead
so it's not an actual function. That way it's just the email. So I'm going to take all this.
I'm going to rightclick. I'm going to cut it. And then I'm going to rightclick paste special. And I'm going to say
values only. That way, it's actually a value instead of a function. Pretty cool. Now, we can fill in the rest of
the data. All right, but before we fill in the rest of the data, try that out. Fill in some of those uh data sets there
and also use smart fill. So, now that we know a little bit more about smart fill, we're going to fill in the rest of the
data here. And once again, you can pause this video at any time you want to. You're going to enter in some fake taps
here. We'll do uh just a random one. I'm just using some data that we looked up from artificial
intelligence, which is something that is amazing. It allows for us instructors and
trainers to actually come up with fake data a lot quicker. So, we don't have to go and do name generation or anything
like that. We could just say, "Hey, give us 10 names and 10 different birth dates." And then it'll just come up with
a bunch of them. So that's how I've been using it. But of course, people use AI all types of ways.
But once again, I'll be just filling these out. And we'll fill in all this data. We're going to just use a random
number. You don't have to do that part with me. When we do fill this out, you can actually
fill out the numbers. I'll do the same thing we sort of did with the email where I use a function to come up with
random numbers, but then I will utilize the cut and then paste special just to add them in as values so they're not
constantly changing. You'll see what I mean in a moment. But just finish entering this data here. We have a
couple more and I think that's it. Awesome. Okay, so we
got some birthdays in there. So now I'm going to once again just use a function. You do not have to do this with me. I'm
going to use something known as rand between where we just pick a random number between two and five. So it's a
random integer. It's known as the rand between function. It'll ask for a low part of the number two, a high part
which is five, and when I press enter, it's just a random number between two and five. and I can autofill and we'll
learn about that later on. And I'm just doing that for quarter 1, 2, 3, and four. The only problem is if something
changes in your data, like if I write below here, these change again. So, we want to be sure that those aren't
constantly changing. So, I'm just going to take this and I'm just going to rightclick,
cut it, right click, and paste as the values all. So once again, you just copy the same numbers that you see here, but
don't use random clean like I did. That was just to get the numbers. Take a moment to fill in and enter in the rest
of the data. And then when we come back, we're actually going to talk about how we can find the total attendance and
what the difference between calculations, functions, and formulas are. Right? So we're going to have a lot
of fun with that. Before we go and try to find the total attendance, what we're going to do is talk about the difference
between calculations, formulas, and functions. So, this part's really for you to just sit back, relax for a
moment. I'm going to actually add a worksheet. So, you'll see we do have a sheet one, and you're always more than
welcome to click on that little drop down. If you want to rename the sheet, if you want to change the color of the
sheet or project it or duplicate it, you but I'm just going to click the little plus icon, add another sheet here just
so I can showcase the difference between calculations, formulas,
and functions. And once again, you don't have to do this with me. We will have some fun with
formulas, functions, and calculations in a little bit. So, let's say I have a little bit of data here, right? Maybe I
have some numbers 1 2 3 4 and five. And what I want to do is I actually want to calculate
the total of those numbers. Matt, that's great. And Google Sheets has many ways to do this. But which way is the most
efficient way? Well, that's where it comes down to calculations, formulas, and functions. I'm going to showcase the
difference between these and ones that are really great to use and ones that you'll probably never use.
Anytime we do use calculations, formulas, or functions, we have to start off with a universal sign of
mathematics, which is our equal sign. that prompts the system to know that we're trying to do some sort of
calculation formula or function. Now that we have the equal sign, I'm going to do a calculation. A calculation, it
sounds like calculator, right? And it works very similar to a calculator. After I put my equals, I just type in
the numbers like a calculator. So, I want to add 1 + 2 + 3 + 4 + 5. And when I press enter,
I get 15. That worked really great, but that was a little slow, right? Welcome to August. And another thing is what
happens if our data changes, right? Data is always changing. If I go in here and I do something like that, well, look at
that. The data an update. So that's known as being dynamic or not dynamic. And in this
case, calculations are not dynamic. And I'll change that back to a five. So calculations are slow and they're not
dynamic. And you might be thinking, well, when would we use them? And I'll just say that you'll probably never use
calculations in Google Sheets unless you just want to do a quick calculation of numbers that's temporary and then delete
it. If it has nothing to do with your data, you'd probably use it. But if you're working with data, calculations
are not the way to go. That's where formulas step in, right? That's the next step up. See, formulas are a little
different because they're not calculating just the number values, right? The numbers. They're calculating
whatever's in the cell. So, we're going to start off and do equals. And instead of typing 1 + 2 + 3 + 4 plus 5, I'm
going to do whatever's in B3 plus whatever's in B4 plus B5 beat 6 plus B7. You'll even see it does a little color
code for you. I love that. And when I press enter, there we go. We get the answer. Now, I
will admit that was still slow, but is it dynamic? Well, take a look. I'm going to change up five to a 15. And
there it is. How cool is that, right? It is dynamic. Awesome. So, let's take a look at formulas next
and talk about why we would use them, right? So, formulas, we would use them even though they're
slow, they are dynamic as we just saw. We would use them most of the time for multiplying. I use formulas a lot for
multiplying. and also dividing because we don't really have a function to divide. Well,
I mean there's functions out there for multiplying and dividing but formulas are going to work way more efficient. So
I always say formulas are really great again if you're doing any multiplying or dividing of cells.
And now we have our last thing which is functions. Functions are actually formulas. their formulas that Google
pre-created already for us to use. Now, there's a huge list of functions. You can just go to your quick access toolbar
and you'll see the little functions icon. And when you click on that icon,
it'll tell you all your aggregate functions like sum, average, kill, mac, n. And then it also has all of your
functions all categorized. And you can even learn more functions that are available.
And they're always adding new ones like this one right here. This is awesome. They now are using regex.
And reg is a unique code that you can use to extract things, match them, replace them. It's pretty cool. But
they're constantly adding all different types of things. Lookups, right? The new X look up. Awesome. But
we're just going to keep it simple for today. We are using the sum function, right? The top function allows for us to
add things together. You'll always see your top aggregate right up top here. So, we're going to click in once again.
Any calculation formula or function starts off with an equal sign. We're going to choose what function we want.
I'm using the sum function. We're going to press the tab key right after you write your function. Right
next to that Q on your keyboard, if you press that tab key, it opens up the parenthesis. And then you can select
a whole range of cells, right? When you select one cell, it's just a cell and you select the range of cells like that.
So, you'll hear that analogy often when I press enter, I get the answer. Now, it will do some uh autofill here. It looks
like I don't know what it's trying to autofill. So, I'll say no on that one. But I wasn't teaching this. This is how
fast this would be. Ready? Equals sound select enter. So functions are very fast. Not only that, are they dynamic?
Well, we'll take a look. They are they update. So when changes in our data, they actually update. So it is dynamic.
So really, if we're looking at this calculations are something that we'll never really
use when we're dealing with our data. formulas we'll use when we're dealing with multiplying or dividing data and
functions we'll use for everything else for more complex situations. So really we're only going to ever use formulas
and functions. But now that we know the difference between those, we're actually going to go back over. I'll just delete
the sheet here. Delete it. Click okay. And now we're going to talk about using
formulas or functions. Oh, zoom back out to get the total attendance. And you're all probably thinking, well, what would
we use? What would be the most efficient? Well, I just want to add up the cells right here. So, I'm going to
use a sum function because that was the easiest one, right? It's the fastest. So, in J4, let's do equal sum.
And you'll even notice that Joe, we see what you want to do. You want to calculate all the attendance. So, it
kind of guides you, too. I love that about Google Sheets. It always has a guide. And that's actually the correct
formula right right there. So, I'm going to press the tab key. And if you just want to do it on your own, you're more
than welcome to. You can still click and drag just to practice. But when we press enter,
look what it does. It then says, "Well, since we did the first one with you, do you want us to do the rest of them?"
You're going to say, "Of course." I want you to save me time. I'm going to click the box. And you'll see now it's doing
right F4, F5 through I5. Summing F6 through I6, 7 through I7. So, it constantly using
what's known as relative reference, right? it's relative to the one before it, following the pattern all
the way down. So, take a moment and try that out on your own and then I'll have you do this again, but with a different
function. Right now, we just use the sum function. We're going to talk about the average function next.
We've learned about the sum function, which we saw was really amazing to help us find the total attendant and also use
autofill fill in the rest of the relative data. Well, the next thing we're going to do here is put in the
test result. So, the grade and then we'll see the average score. And we're going to use the average function to do
this. Now, to make things quick again, what I'll do is I will go through I'm going to use the rand between and then
you can pause the video and start copying the same scores that I wrote down. That way, you are able to have
access to the same exact average once you try the general. All right. So, let's try this together. I'm going to
fill these in and then you can pause the video and fill them in as well. All right. So, now that we have our
scores in, and once again, you can pause the video and take a look at these and put in the same ones that's made. We're
going to find the average. Now, to use the average function, what we'll do is we'll say equals.
Once we put in our equal sign, we'll then start typing out the function we want, which is the average function.
You'll see the minute we start typing in average. It's the first one that pops up here. Once we click on that, it'll fill
in the rest and even open the parentheses for us. And then we can choose the average of test one, two, and
three. Now, once we press enter, you'll see right away it says, hey, we suggest autofill. And we'll see. This is super
important. It'll allow for us to go through and say, "Yeah, you know what? This is what I want. I want you to fill
in the rest because I want the average." And I'll click the little check mark. And there we go. Now, looking at this,
you'll see some of them come with a long, long list of decimal. And if you want this to be a little more shorter,
you're always welcome to format. Now, you can format numbers as percentages, as currencies, monetized amounts, or you
can even format it so it doesn't show so many decimal places. So, I'm going to select everything I want to affect, and
I'm going to go over to my toolbar towards the beginning, and that is where you'll see all the different pools for
formatting, currencies, percentages, or increasing or decreasing your decimal places.
So, I'm going to click on decrease decimal places because I do want to decrease them and I want them to be
whole numbers. I think that looks great. So, now that we have our averages, the last thing
we're going to do is talk about being able to now take their average score and see if they pass or fail. But we don't
want to do this manually, right? We want to use a function. And this function is going to be a really fun one. It's
called the if function. It's a boolean factor, which means we're going to ask the question, are they passing, right?
And if they are passing, then put pass. If that's true, if it's not true, then we'll put fail. So, we're going to
automate this. It's going to be a lot of fun. But try out the average, and then we'll get into the if and then we'll
talk about how we can start to format the entire worksheet to look really cool.
The next function we're going to learn about is the if function. Now the if function allows for us to ask a
question. If the answer is true, it does something. If the answer is false, it does something different. So it's a
boolean factor. So what we're going to do first is set up what the criteria is. Let's all click into N1. In N1, we're
just going to say that the passing score has to be greater than or equal to. So that's all we're writing in N1 patching
score is greater than or equal to. And then in 01 we'll say that if it's greater than or equal to 65, we'll just
put a 65 in there. So if it's greater than or equal to 65, if that's true, they pass. If that's not true, then they
fit. What we'll do is click now and do our pass fail. And we're going to start off
with our equal sign. type in the if function and then press the tap key to open up the parenthesis.
And it's going to ask us for three different things. The logical expression, which is the question we're
asking, the value if it was true, and the value if it's false. So the first thing the logical
expression is is this number here the average tour in N4 greater than or equal to
whatever is in 01 right 65. So that's 88 greater than or equal to 65. Now we know that's true. It is greater than.
So when we put the comma it's now asking us what do you want to do if it's true? Well, if it's true, we want to write the
word pass. Now, it's important to note that in Google Sheets, it doesn't recognize just the word pass. We have to
actually put it in what's known as a string of text. So, we're going to do double quote, write the word, and then
end quote. And now, if AD is greater than or equal to 65, it'll write the word past. But we
also have to figure out by putting our comma, what would happen if it was not true? Well, if it was not true, it would
be they fail. So, we would write the word fail. And then we can close that parenthesis.
So, it's asking the question, is whatever's in N4, which is 88, greater than or equal to whatever is in 01,
which is 65. If that's true, write the word pass. If it's not true and it's false, write fit. When we press enter,
it's pass, which is perfect. Now, of course, we're going to want to use autofill, right? We would don't want
to have to write that nine more time. So, we can autofill, but you're going to notice something in a moment. If we go
to autofill, right? Now, this pass. That makes sense. But why did the person fail? They got a 72. 72 is
greater than 65. Or 90 failed. I mean, this one, yeah, we get it. This one shouldn't be. This one, yes, this one
shouldn't be. that's what it shouldn't be and so on and so forth. So there's something wrong here. And if you've
noticed when we were doing total attendance, right, it did the sum of F4 through I4 and did F5 through I5. It
followed that relative pattern, right? Relative cell reference. F6 to I6, F7 and I7.
Same thing here when we did the averages, it's an average of K4 to M4. K5 to M5, K6 to M6. So there's a pattern
going on. But when we autofilled here, look what happens. N401.
Oh, N52. There's nothing there. And tick 03. So N is perfect. We want
that to move. N4 N5 and six N7 because we want to take all of it then compare it to this one cell. So we actually have
to use not relative cell reference but we have to use what's known as absolute cell reference where we lock the 01 so
it doesn't move when we use autofill. So we're going to do this again but this time we're going to use absolute cell
reference in our function. So let's do equals if tab open the parenthesis. Same expression. We're saying take
whatever's in four and if it's greater than or equal to 01.
But this time we're going to put a dollar sign known as anchors in front of the O and in front of the one. Now, I
will say there is a awesome keyboard shortcut for this so you don't have to constantly put in dollar signs like this
one at a time. You can use the fun and explore key. So, if you look up above your keyboard, you'll see F1 through
F12. And you're going to want to hit the F4. Now, if the F4 doesn't work when you first hit it, you might have to hold
down the Fn key, which is usually in the bottom lefthand corner of your keyboard, and that turns on the function key so
they work. So for me, I'll press F4 and boom, put in the dollar sign. Saves you a lot of time. Now that we have the
dollar signs in locking the 01, we can finish the rest of our expression. So we'll say pounds.
And then if it's false, fail. So it's the same exact thing as before, except this time we're locking the 01.
And when I press enter, it works beautifully. And now it says, "Well, Joe, we see that you locked the 01. We
can now do autofill." And I'll say yes. So now if we look N4 01, N5 01, it got locked in and thick 01 and
so on and so forth. So sometimes we do need to use absolute cell reference instead of utilizing relative cell
reference. So try this out. Hopefully this works perfectly for you. We see we have three fails because they're less
than 65 and then the rest are passing. So try this out on your own and then when we come back, we're going to
actually format this worksheet, talk about some of the other cool features that Google Sheets has to offer. What
we're going to be learning about next is how we can format. Now we have here a pretty just simplistic
look of our data. But what happens if I want to add some color to this? Well, what we can do is we can just go in and
we can format our headers. We can just go to the top and use some of these formatting tools. Maybe I want to bold
the headers. Maybe I want to underline the headers. And if you don't see underline here, you can always go to the
format tab. text and you'll see all the different options. And then we can choose underline. Maybe I want to make
these headers a different color. Maybe I want to put the fill color on. And let's fill it with a light blue. So, right
there, we're already adding some color to this. I'll just readjust all of my widths there.
And it looks great. But not only can we do this, I'm going to actually use Z to undo everything I just did. and I wanted
to talk to you about different themes. Now, when you go into the format tab, you'll see that there's a overarching
theme here and you can choose whatever theme you like. Now, if you start choosing these themes, they use
different colors and different font styles. So, whichever one makes sense to you, you can do. But what I really like
is this option here. It adds color to the entire table. If you go up to the format tab, you can then go over to the
alternating colors. And what that does is it looks at your data and it creates a header color and then alternating
colors afterward, which I think is awesome. So, I'm going to go in to format, alternating colors, and then
choose whatever color I like. You can choose whichever one makes sense for you. Uh, and then once you choose
one of these default styles, you can then go in and change each one. So, I might go with this blue.
Actually like this one a little better. And maybe I'll change this to even different color like that. Maybe a gray.
There it is. And now we have a nice style. And then once the style is done, we can click done. And look at that. Now
we have readability, alternating rows, and our headers look nice. And then of course we can add in more to this. We
want to bold or even underline those. We can. And then we'll make those a
little bigger. And everything looks perfect. The last thing I may want to do here just to make
it look really nice is just center everything. I like that center look. Look at that. That just looks perfect.
So now we have a formatted sheet. You're more than welcome to change this. Maybe I want to make this a little bigger or
maybe I want this, you know, student information going across. We can call it student
information or student yearly information, whatever you want to put in here. And then we can
take this and we can actually go across and we can make this a certain size. So maybe I want it to go all the way to
here and merge and center or maybe I want this passing score to go somewhere else. You can always move these. And
what's great about this is even if you click and drag and move this, let's say down here, it'll keep the reference
point. So now I'll say that it's looking at N8 and B15 instead of where it was in the 01. So it does update dynamically.
Now we can select all of these and we're going to use our merge and center. So we'll merge all and then of
course we'll center this. I'll make this bold. I'll make it bigger.
And maybe I'll add in some sort of color to this. Maybe a nice little gray here. Or we can even if we wanted to copy this
look using this format painter and we can apply it to this look. And we can even
choose what color we want. So totally up to you on how you want this. I might even add that color down here too, just
because I want to keep everything consistent. I think that looks great. And now we have our score here. We'll
make that a little bigger. Maybe put it to here. Awesome. And I think that's looks awesome. You
can format this once again any way you want. All right. So, take a moment, try that out on your own. Format whatever
you like, however you want. Choose your favorite colors. And then once we're done, I'm going to actually showcase a
couple other cool features like checkboxes and other things that Google has to offer.
What we're going to be exploring next is checkboxes. I really like them because they're actually boolean factors. If you
check mark it, it's true and if it's not checked, then it's false. And because of this, we can do many different things
like conditional formatting, if functions, count if functions, and so on and so forth. So, let's create a new
worksheet here. We're going to go to the bottom and click the little books icon. And you may have also noticed that I
renamed my student info 2024. So, it might have said sheet one for all of you. But if you click the drop down,
remember we can always rename the sheet or even duplicate it for the next year. Once I click the plus symbol, however,
it creates a blank worksheet. And in this worksheet, I'm actually going to zoom in here. I'm going to go to maybe
125. That looks good. We're going to do a project alpha. Underneath, we'll just have a couple of
quick little things here. Uh let's do task name and the status. I'll then underline those. And next,
we'll do task one. And I'll just keep this very generic. We'll go through like task one through task something like
that. Perfect. And then I'll highlight everything next to it and go to the insert tab. And inside of that insert
tab, we'll click on checkbox. Now once we click on checkbox, it'll insert a checkbox in there for all of
them. And once again, if you click into it, you'll see false. And if you check mark it, it's true. So if it's check
mark, true. If it's not false. And because of this, we could actually do conditional formatting and even count.
So that's what we're going to do. But before that, we could also change the format of these checkboxes by going to
the text and then changing the text color. I'm going to use blue. It's my favorite. So
you can have company logos and names. Next up, I'm going to actually create I'm going to just say total and I'm just
going to create a simple function here where we count if it's true because remember if you check mark and it's
true. If you don't it false and I'll do equals count if press tapped in the parenthesis. select my range which is
from B4 to B13 and for my create three on it's going to be true because if it's true that means it's check mark.
Now once I press enter it'll say zero and then once we start checking it'll do a count. You can even get a little more
complex with this by adding in strings of text. You can do a percent sign which concatenates or combines things
together. And I'm just going to put a little slash. And you have to put the slash in quotes.
Well, then do another amp percent. And I'm going to do a count A. Count A will tell everything
that you select. So I'm going to select B4 to B13 again and then close that parenthesis. So all
we're doing is saying take the count of how many are checked, put a slash and take count of all of them total and that
will give me four out of 10, five out of 10, 6 out of 10 for now that we've done that another thing
we can do is we can actually use conditional formatting. Now we're going to learn about conditional formatting in
the next video. So we'll get a little deeper into those skills. But for this video, I'll just do it
quickly and I'll explain. First thing we need to do is select the data we want to affect. Then we go to the format tab.
And inside of the format tab, that's where you'll find conditional formatting.
We'll give that a click. Next up, it'll say, okay, we're going to apply the format to the range, but how
do you want to do that? What are the rules? Well, the rule is if it's checkarked, so I want it to look here.
And if that's true, which conditional formats are automatically by default true, then it'll do whatever you want.
So, I'm going to use actually a custom formula. And I'm going to say starting with B4, right? So, I'm going to do
equals B4. And I'll put a dollar sign in front of B because I want it to stay
in B. So, we're absoluting the column, but we're not actually putting an absolute on the four. That way, it goes
to look in B4, then it goes to B5, B6, B7, and so on and so forth. I don't need it to look into C, D, or E, but I do
need it to stay in the B column. So, that's what I'll do. And now I can just choose what I want. So, I'm going to
choose the bold it, strike it through, and I'll make this look like that. That looks perfect.
And you can also maybe I'll make this green. Awesome. So now whenever you check mark
something, it'll cross it off, make it green and bold. And boom, then we can have everything
done. So as you can see, check boxes are just for the look of checking something off, but they can be really functional
with other things like conditional formatting. We're also utilizing things like count it or count all or count a.
Right? So try this out on your own and when we come back we'll get into our closing and then we'll talk about what's
up next for the next video. All right everyone, I want to say thank you so much for being here. I hope you enjoyed
this course. What we're going to be doing is our next course, our next video and it'll be Google Sheets Intermediate.
There we'll talk about how we can create a table, do some things like sorting and filtering those tables, being able to
visualize our data using charts and spark lines. And then also we'll be getting into things like formatting,
conditional formats, and data validation, and also being able to create comments for collaboration. So,
we have a ton of fun stuff we're going to be doing in the next video. So, feel free to check that out and I hope you
all enjoyed this one. Stay safe, stay healthy, and I'll see you all next time. Hello everyone and welcome to Google
Sheets Intermediate. My name is Joe and I'll be facilitating today. In this course, we'll transform you from a basic
spreadsheet user to a data manipulation pro. You'll learn powerful techniques like pivot tables and data
visualizations that will supercharge your productivity. Whether you're in finance, marketing, or even project
management, these skills will help you. So, let's open up the example file and get started. One of the first things
we're going to learn about are being able to take raw data and creating tables. Tables are great for
readability. They're great for grouping data and also for filtering data. We can use tables with
freezing rows. And when we use them together, we're able to stop from dragging down and saying, well, what is
this data? I don't know if extension or what is this data hiring date and we can freeze our third row. So using those two
together in connection allows for us to really make a very userfriendly experience. instead of having just raw
data, using tables will allow for so much more benefit. So for putting this into a table, all you need to do is
click into your data tab and then we're going to go over to the format and we're going to use convert to table. Now be
careful because a lot of times people will go over and say, "Well, wouldn't we just go to the insert tab and choose
tables?" Well, that'll actually insert a blank table or even a predefined one by Google. So, if you choose tables, it'll
pop up over here and it'll say, "Oh, do you want to insert a blank table, event task, project task?" So, these are all
precreated already. And there's really great ones here. So, if you are planning on using one of these pre-made
templates, you're more than welcome to. But since we already have data, it's important that we just click into the
data and go to the format tab instead and then choose convert to table. You can also use this
keyboard shortcut. Once I click on that, you'll see it turns my entire data set
into a table. Now, at this point, we can do so many different things. First off, we can click on the little drop down
next to table one and we'll get all of the options. For instance, renaming the table. Maybe I want to name this table
employee information. So I can say employee info.
You can also change the way the table looks. comes sort of with this like green heading, but I can click the drop
them and I can actually adjust either the table range, turn off the alternating colors or go to table header
color and choose one of these pre-created ones. If you want to get more custom, you can click the little
plus icon and I'll just customize this. I like the color blue, so I'll click and drag.
Let's go with that's a nice color and I'll click okay. So now I have a nice blue.
If I want to change the color of the alternating colors here, we can always just go over to format and inside of
that format tab there, you'll see alternating colors. And that's where we can change the way this table looks. So
I'll give that a click. Format, alternating colors. And now I can change my header again if
I want to. They have quite a few. That's really bright. Let's go with blue. Like that. That looks good. And
then for my alternating colors, I'll do white. And let's go with
white. You'll see now we can see a little bit of a marker here. And I think that looks great. Now, of course, you
can always change these any anytime you want. For instance, maybe I do want to make this more of a lighter blue. I do
something like that. That looks good. And maybe for this one, I want to go with a gray.
Maybe a lighter gray. And we have just I'll even go one lighter. Oh, perfect. We've just created
our own style table. So, this looks great. I'm very happy with it. And once again, alternating rows allow for
readability. So I can disconnect between each row of data. Now, if you really don't like that, like
I said, you can click the drop down near the table menu. You can always turn off alternating colors, which will just make
it that raw data look again. But I actually like those, so I will turn those back on. Another thing you can do
with this table is if you want to you can go to the drop down and you can actually revert it back to unformatted
data. So that raw data I was talking. So if you don't like the table, you can always change it back. But before we
revert it back or we delete this table, it's important to note that table does have many other features. You'll see
right next to the table name that we have views. And what these views allow us to do is either create filters or
create groups. So let's say I wanted to group this data. Maybe I want to group it by department. I have so many
different departments. Or maybe I want to group it by location. I want all of my building one people together.
Building two, building three. So let's do location. And look at that. These are all the people that are from building
one, everyone from building two, and building three. Now, this is just a temporary view. You can always save the
view by going to the top right hand corner where it says save view. Or if you don't want the view on anymore, you
can go and click the X. That will exit the view. Or you can always go back to the views menu where you can choose to
exit view here. And it'll even ask you, do you want to save your view? You could say no.
Now you can always turn those back on. Now besides that, we can also do filtering, right? So if I decide I want
to filter this stuff, you'll see a little drop down next to each column here. These drop downs allow for us to
manipulate the data quicker. If you click the drop down, you can either edit the column type right away. Maybe I
don't want it to be uh just none. Maybe I want to specify that this is a text, right? And it makes it a text type
column. I can say well this higher date is specifically a date. And you can even add the time if you want or maybe I want
to say that these pay rates right or a certain type of number of currency. I can choose currency. Now you'll see the
little dollar bill there. So you can change the data types which can be very beneficial later on or especially when
you're transferring this data into something else. But if you did want to click the drop
down, you also have sorting ability. We'll talk about sorting a little later. You can filter or you can even group.
You can insert column to the left or the right or even delete the table column. I'm going to say that I want to filter
this column. And then it'll get my filtering options here. And once again, we'll talk about filtering and how to
utilize this later on in the course. So tables can be very beneficial. The last thing I want to showcase within
this table though is how we can use this in connection with freezing rows. Because as I said before, even though we
have this table, once we start going down, we're running into that issue again where we could say, you know what,
what are these numbers? I forget what these numbers are. Oh, moments. What are these dates? Are they
birthdays? Oh, they're higher dates. So, when you have large amounts of data, it can be really hard to determine what is
that data without scrolling back to the headers. A quick fix for this is going to the view tab. And in the view tab,
we're going to use what's known as freeze, where we can freeze columns and rows. I'm going to go up and I'm going
to say, you know what, I want to freeze one row. Right? That doesn't really do much for us. So then I'm like, okay, I
want to freeze two rows. Well, we're almost there, but still doesn't do much for us. What we
want to do is go to view, freeze, three rows up to row three. That will freeze right below the header. And now look,
you can click anywhere in your data. What is this number? Oh, the phone extension, email, department. And I'm
just using my mouse wheel to scroll. So now I'll never get lost or not know what the data is that I'm looking at. But
this is the hire date. These are the pay rates, locations. Now we have a fully functioning table where we can analyze
the data. So take a moment, try this out on your own. And when we come back, we'll talk about some of those features
we saw like sorting and filtering data. When we're dealing with data analysis, a lot of times what we want to do is look
at certain pieces of data and look at it in a certain order. Now, we saw with the table, we were able to click into this
little drop down and we have the ability to sort or even filter the column. So, that's a great thing within tables is
it's already built in where you can click and you can sort something or you can click on the filter and turn on the
filters. And before we get into that though, I want to switch up our data. Let's all switch over to our next
worksheet here, which is sorting and filtering. Now, inside of this data set, you'll see
where we can select the data and we could start to sort or filter it. It's really important though before we start
sorting or filtering data that we have some sort of numeric index. That way, whenever we sort the data, we can always
go back to the original order that the data was sorted in. If we didn't have the numeric system, well, then we'd
never know the original order. So, it's always nice to have that index. If I want to sort the data, what we
could do is we can go up to the top and we can click over to the data tab. Inside of the data tab is where you'll
see we can either sort the entire sheet or we can sort the range. Now, it's really important to note here as well
that if we do sort this, if we just click into the data and we say, okay, I want to sort this entire sheet, it's not
going to work really nicely because it's going to be sorting the entire column B from A to Z or Z to A. If we click on
that, it'll also include right our headings. So this doesn't work nicely. It actually puts this in and yeah, it's
a huge mess. So I'm going to actually use control Z to undo. And let's try that again but with department. Maybe I
want to sort the departments. And I'll go to data sort. And you'll see column F, E to Z or
Z to A. And once again, it does the same thing. Now, even though it does sort it at the bottom here, you'll notice that
our title goes to the bottom. It once again doesn't work as nicely as we want. So, you might be thinking, well, what
happens if we select a range of cells? You're going to just use control shift down arrow, select all of the data in
column F. If I go to data, you now see that not only sort sheet is available, but also sort range. And this is going
to do the same exact thing. If I go to sort range A to Z, it'll do it. It'll work nicely.
But once again, I have to select the data first in order for it to work like this. So sometimes you have to select an
entire range of cells. And if I go like this, I can do C to A. And you might think, wow, this is working really
nicely. But take a look at the rest of the data. Nothing's really changing. So it's not
working right. It's just literally changing the cells that we have selected. That's not what we want. We
want everything to then change, right? Everything to be sorted. So, what do we do here? Well, the first thing we're
going to do is turn on the filtering off. This will allow for us to indicate each of our columns. So, I'm going to
click into one of my headers here, go to data, and choose to create a filter. Once we do that, all of our columns now
have little filter options. And inside of this filter options, you'll see one of the first things we can do, it's sort
A to Z or Z to A. So I can say I want to sort this data like this. And now it's working beautifully. As you can see
here, we're sorting the information. So even though they have its own sort feature for the tree or for a certain
range, sometimes it's easier for us to turn on the filters and use the sorting through there.
Now if I ever want to sort this into a original order, I can just go to the numbering system after sort A to Z and
it brings it back in sequential order. So try this out on your own. Go in sort, you know, sort for instance, maybe you
want to sort by division. I can sort D to A. This time I want to do and it starts with Vermont all the
way down to Connecticut. And then I can do that again, right? Sort this back by the numbering system.
Maybe I want to sort by first name day to day. Starting with Alice all the way down to William. So once again, this is
going to be an easier way to sort than having to go through and use the data sorting options here, which are sorting
by an entire sheet or by entire range. Because if I use sort sheet column A, a A to Z, it'll do that thing again where
it also messes up the headings. And just be careful with that when you're using sorting. Always make sure to turn on
your filters. That's one of the easiest ways. And then you can just use the sort feature there. And you can even sort by
color. There's an added feature. So take a moment, try this out on your own. And then when we come back, we're going to
talk about how we can sort, but not only sort, also filter our data. Let's say that we only want to sort the data. We
don't just want to filter it right now. So you might be thinking, well, when would we use the sorting options? Well,
you would use them when you don't have the filter on. So, I'm going to choose remove filter and let's say I want to
sort this entire data set. I'm going to select it all by using control A and then go to data. You'll see once again
we can sort the G, but we're going to actually sort this entire range by using advanced range sorting options.
Once we click on that, it pop up this dialog box. It'll ask us if our data has headers, which it does. And now we can
look at those headers. And let's say I want to sort this by last name, A to Z. I'll then click sort. And it worked
beautifully. So if you don't want to turn on the filters just to do sorting and you want to use those options in the
data, you still can. You just later on if you need to change this, go back to advanced range sorting options, say it
as headers, and then sort this A to Z by number sort and it brings it back to the
original. So that's our sorting portion. But let's say we do want to use filters. See, sorting is good for grouping
things, right? And putting them in a certain order. But when we're talking about looking at specific data with a
specific criteria, filtering is going to be what we want because let's face it, we have a lot of data. We don't always
want to look at the entire picture. We just want to look at a certain piece of the data.
So the first thing I'll do is once again click anywhere in my data, go to data tab, and we're going to choose create a
filter. Once I click on that, it'll then turn on my filters. There they are. And at this point, I can go in and I can
click on my little filter icon next to any of the headers and choose what I want to see. For instance, division. I'm
going to click on that little drop down there and I'm going to say that I want to only see maybe Connecticut. So you
can either clear all the check marks, select them all, or you can go in individually and
turn them on or off by just clicking on them. A quick way would be to clear and then just choose Connecticut.
You can even search if you want to just look for Connecticut. You can start typing in Connecticut and just click on
that and then click okay. And now I have only Connecticut showing. I'll know that there's an actual filter
on it too because you'll see the icon changes to a little little icon. And if you ever want to clear that filter, just
click on it again. And then you can choose to select all and click okay. And now our data is back. You'll know that
the data is not being filtered because it goes back to the original icon. Now, what's really great about filtering
is you don't have to just filter one thing at a time. You can have more criteria. For instance, maybe I want to
look at my New Hampshire development department. So, how many people do I have in New Hampshire development? So,
I'll click I'm going to clear it all and just click on New Hampshire. And then I'll go to department and clear
and only choose develop. And then click okay. And there we go. I have three people working in New
Hampshire that are in development department. After that, I can always clear this out.
I'll just click on these. Then you can say clear. Or another thing you can do is you'll see on your quick access
toolbar. We can remove all the filters at once by clicking the little filter icon here. That way you don't have to
click into especially if you have multiple criterias. You don't have to click into each one, right? You can just
click here and it brings back all the data and then you can turn them back on. Another thing that's really cool with
filtering is every type of data has a filtering. For instance, I can go in and if I click into like division, I can
choose to filter by color, filter by a condition or I can also filter
by values, right? And I can choose what those values are here like we've been doing. But the filter by condition is
really cool because we can say, well, I only want to see things that are empty or not empty or text that contains a
certain thing or text that doesn't contain or maybe text that starts with one thing or ends with another or I need
exactly this text. You can also look at dates. The date is a certain date. equal to today or before today or after today
or even comparison operators like greater than, greater than or equal to, less than.
And then some data validation or even custom formulas to filter. So there's quite a few things we can do here by
filtering by condition. So try this out on your own. Filter a couple different things, do some sorting as well. And
then when we come back, we're going to change the pace and we're going to talk about not only analyzing data, but
actually visualizing it with charts. We've talked about how we can gather our data, how we can sort it, and how we can
filter it. Now, we're going to talk about how we can visualize it. So, let's all go over to the chart worksheet.
We're going to give that a click. And we have some simplistic data here. We have 2023 sales report where we have
our salesperson, the four quarters that they worked and how much each one of them made for each quarter. The first
thing we want to do to visualize the data is select what we want to visualize. So I'm going to select from
A3 saleserson all the way through until E8. We don't need to include the header here. We'll then go over to the insert
tab. And inside of that insert tab, we'll go over to the chart and give that a click. Then once you go to insert
chart, it'll open up this little chart editor pane and also give you your chart where you can click and drag it. You can
resize it using our little sizing bullets. And there we go. Now, the first thing we
want to do when we're in the chart editor is set up our chart. After we set up the charts the way we want it to be,
we can then choose to customize it any way that we like. So, I'm going to go in and I'm going to say I want this chart
to be a certain type of chart. I mean, I do like the column chart, but let's look at our options. First off, it has some
recommendations and suggestions for us. We can either do a type of chart like this column chart, a stacked column, a
bar, or even a stacked bar chart. So looking at our data, Google says that these are the columns or stacked columns
or bars or stacked bars that we can use. Down though we can choose whatever we want whether we want a certain line
chart, a smooth line or even a combo chart. We can do area charts. We can do column or bar charts, pie charts,
scatter charts, or even maps or even other types like waterfalls or over here we have a radar chart or
even fun stuff like organizational charts or a table chart. So, we have so many
different ways to visualize our data, but I think the chart looks good. So, I'm going to choose that one.
After that, we can choose what kind of stacking we do. Do we want standard stacking, which turns into a stacked
column chart, or 100%. But I'm going to say that I like none. I like seeing the individual bars.
We can also change the data range. So, if we might have missed something or if we add another sales reps on here, we
can then select the data. Now, right away, it tells us that the x-axis is our salesperson.
And we can click on that and we can actually choose specific salespeople, right? And we can look at what numbers
they have for each quarter. So that's quarter 1, quarter two, quarters three, and quarter four. Or we can just look at
all the sales reps in all the quarters. After that, we can also see the series. So I can click on Owen to see Owen, or I
can switch this. Maybe I want Owen here twice. Maybe I want Sophia first. So whatever order you want, you're more
than welcome to choose. We can also choose aggregation. So right now we have our aggregate as sums. It's
summing up their total sales and then it's putting it on the system. But maybe we want to see the averages instead. So
we can click the drop down and choose the average or maybe we want to see the count or the max or the median.
But I think sum is perfect and we don't have to use these. Another thing that we can do is switch
how we're looking at this. Right now we're looking at it where we're seeing each sales rep compared against them
each other in quarter one. We can also look at the sales rep compared against themselves by just switching the rows or
the columns. So now I can see Owen did the best quarter 1, Sophia did the best, quarter three, and so on and so forth.
Always remember you can switch these. So if they end up being out of order, just reorganize them nice and and that
makes it look nice and pretty. But I like the way it was where we were seeing who did the best overall.
And then always remember that we only have Owen, Sophia, Lucas, and Isabella. If I want to add in Noah, right, cuz now
it switched. I can add Noah, and now it shows all my sales reps. So if you're ever missing a sales rep, it might be
because you switched it and there was only four quarters and when you switched back it got rid of no style sometimes
happens. Just keep yourselves aware of that. So you can always fix that. You also have other things like use column A
as headers or use three row, right? Row row row three has labels there and you can use all that. Now once we're set up,
we're then going to want to customize. So, we can go next to the setup button, go to customize, and we'll get all the
different ways to customize this. And I like the way they set this up because each one is in its own sort of category
like style. What do we want the background or the border of the chart to be? Maybe I want the background to be a
nice light gray. Oh, that looks good. And I want the border to be black.
I can also maximize this. zoom in to a 3D or I can do compare mode which doesn't really do much because we're not
comparing each separate data sets. Once I'm done with chart style, I'll close that and go to the next one and
access titles. So for the chart title, I don't really like the way it says oh and Sophia Lucas, right? So we're going to
get rid of that and we're going to say the chart title is going to be 2023 sales leadport.
You can also choose if you want it bold, underline. You can choose the color of the text. You can choose. Let's go with
Yeah, black looks good. And let's make it in the middle. Oh, that looks awesome.
Not only can you just choose here, by the way, you can also go in and anything you choose on it, it'll open up the
menu. So, for instance, if I click on the chart title again, it opens it up. Now for the series, you can either
change all of them at once, apply to all series, and change all the colors the same,
right? Or you can also go in and you can choose each one and what you want the colors to
be. So, what do I want the fill color to be? Well, maybe I want this one to be red, right, for Owen. Maybe Sophia, I
want Sophia to be green. Lucas, I want Lucas to be blue. And then Isabella. I like that. And then
Noah. Let's go with purple. Let's see. You can change them all. I think that looks awesome.
And you can also change the opacity if you want. Maybe 10%. Make them lighter. 50%. You can have a lot of fun with
these. Maybe I'll change them all to fit. I think those look really good. But there's no right or wrong here. This
is really just the design part of things and just have fun. And there it is. That looks like a fun
little dart there. And now that we have this all the series, we can also add in error bars if we wanted to with
percentages as data labels or even inlines. We can choose what that trend line is.
And I think we're pretty good on those. We don't need any of that. And now that I'm done with the series, I
could jump to the legend. How do I want the legend to look? Where do I want it? Maybe I don't want it up top there.
Maybe I want it in the bottom. Or maybe I want it in the left side of the chart. Or or maybe inside, right?
Or maybe to the right. The bottom looks pretty good. Let's check that one. Yeah, that looks
awesome. Next up, we have horizontal axis. Do we want to make any changes to the labels?
The font size. I think everything looks good. Maybe bold them. I like the bold. Maybe also
the legend. We want to bold. You can do that, too. And then for the vertical, we'll bold
that. And then for the grid lines, do you want to change the way the grid lines look?
Right now, I just see the grid lines as major grid lines. We can change the spacing, by the way. We could do stabs
or counts, make them a little bigger. But for the grid lines, I think we'll go with black. That looks awesome. And then
not only that, do I want minor grid lines or do I want only major grid lines? Or maybe I don't want grid lines
at all. or do I want major tick, minor ticks? So, totally up to you. And I I think
this is coming really nice together. I'm just going to leave it like this. I think this will be perfect. So, once you
have it fully done, you can close out the chart editor. And once again, you can move this
around, make it bigger if you want to. And now we have an awesome looking chart. So, what I want you all to do is
try this out on your own. Just go in, create the chart, choose whatever kind of chart you want. You don't have to do
the same one we did here, but play around with it. Add your favorite colors or maybe company logos or themes. And
then when we come back, we're going to talk about another type of visualization.
We saw how we could take the 2023 sales report and visualize it in a beautiful chart and we were able to format that
chart. But there's other types of visuals, too. And the next one we're going to talk about are spark lines. So
let's switch over to the spark lines worksheet. And once we're there, you'll see we have
sales for 2023. But we have some different sales here for different items like t-shirts, hoodies, hats, mugs, and
gift cards. What we want to do is we want to track the trend of each of these items. And in order to do that, we're
actually going to use spark lines. Now, spark lines are great for tracking trends of data and they come in all
different types. You can use line spark lines, bars, columns, or even when loss if there's negative value. So, click
into F4. And the first thing we're going to do is click the word trends. And you'll notice that it doesn't really
look like the other headings. So, a quick fix to this is to one could then use that format painter. picture that
looks like a little paint roller. And when you click on that paint format, it'll copy the look of this. And then I
can apply this one. That looks perfect. Now it looks like it's part of our data. Another thing I may do here real quick
is just zoom in just so I can see my data a little closer. So I'm using the 150 zoom.
Now I'm going to click in the F5 and we're going to start off by creating the spark line. And the spark line is
actually a function feature. So we're going to start off with equals. Type in the function spark line and it tell you
that it'll create a minute chart with a single cell. Once we click on that, the first thing it asks us to do is grab the
data. So we're just tracking the trend for t-shirts from quarter 1 to quarter 4 sale. So I'll select B5 through E5.
We can then stop right here and it'll just be the default spark line, which is just a simple black spark line.
If you want to add more deep to this, you can. You have different options here. Things like changing the chart
type instead of it being the default line, we can make it into a bar or more. Or maybe we want to do maximum value or
maybe we want to change the color of the line width. So, we're going to go through a couple of these. Let's put a
comma. And in order to view these options, we're actually going to use curly brackets. So we're going to do an
open curly bracket and we're going to put in the chart type in quotation marks. So I'm going to say chart
type and that could be all lowercase. And then what we'll do is we'll put a comma and choose what kind of chart type
we want. So for instance, if I just do line, well, we're going to get the same exact thing that we're getting. Now,
make sure though you do put the ending curly bracket. So, charts type in line because curly brackets and you press
enter. There's the line. If I want to change this to let's say a bar, I'll just type in bar instead of line. And I
can quickly change it to a bar. Or maybe I want to do a column chart. And now I have a column chart. Now, I
don't like the color of the column chart here. So once again we can add more option and if I wanted to add more
options let's say I have the chart type as column after column I'm going to put a semicolon and now I can start adding
more options like the color for instance. So I'll write the word color in quotes I'll put a comma and now I can
choose the color that I want. Maybe I want the color blue. So I'll put the color blue in quote and press enter.
And now we have a blue column chart. If we wanted to maybe choose instead of a blue column chart, maybe we want blue
win loss chart. I mean this won't make much sense because we have no negative value. But if we put in one loss,
if there was any loss, let's say this became negative 600 instead, it will look like that.
And then 600 goes right back. But I'm thinking, let's just stick with the line. I like the line chart. So,
I've won last line. And there we go. Another thing I don't like is the blue color for the line. I'm
going to just use black. So, going to go in and write or you know what? Let's do let's do red. Red. Let's see what that
looks like. Oh, I like that. Actually, that looks good. But I do want the line to be just a little thicker. So I'm
going to use what's known as line width option and we'll change that to either three or two depending on what we want.
So same thing after we choose chart type line semicolon to split it color red we're going to use a semicolon to split
it and we're going to write line width. I'll then put in a comma and let's say we put in a five. That's going to be
really huge. That's what it looks like. So, I'm going to change that line with two. Let's see what three looks like.
Not horrible, but I might want to go just one smaller. Let's go with two. That's perfect for me. I like that.
Looks nice. Now, one of the greatest things about these spark lines is that because they are functions, we could
just simply autofill. So, if we go to the bottom right hand corner, you can just autofill down. And now we have the
rest of our spark lines. You can add in if you want to. I like to do this for this type of table. I'm going to add in
borders. So you'll see borders up top by your quick access tool. I'll add those in. And I'll just do all
borders. That way it sort of separates it a little more. And then another thing we can do here is if you want you can
make row five 6 7 8 and 9 just a little bigger. So I'm just going to increase
the width a little and I'm happy with the result. So I can see that t-shirts are, you know, they're
doing okay. They were amazing in quarter 3, but they started trending down. Uh hoodies are doing amazing. It looks like
we've been trending upwards since quarter 2. quarter
two all the way down to quarter four for hatch. Not too good. And then I can see mugs. We were really doing great in
quarter two, but then we took a nose dive in quarter three sales. And I'm assuming that's because in quarter two
maybe there was, you know, some sort of holiday or discount on the mugs. So this is just a great visualization of how
we're trending in our sales for our different items. So take a moment, try this out on your own, and when we come
back, we're going to talk about analyzing data with pivot tables. Let's all take a look at pivot tables. So
we're going to move over to the pivot table worksheet. Now, what I love about pivot tables is that it allows us to
really analyze our data quickly and efficiently. For instance, we have the sales data for 2022 and 2023. And we
have quite a lot of data here. I mean, the data is not too rough to look at cuz it's pretty simplistic. We have the
month, the year, what we sold, who sold it, what region they sold in, how much we made, and how many of them we sold.
So looking at this data, it's nice, but at the same time, if we keep scrolling, you'll see we have hundreds of rows of
data here. So what I want to do is I want to take this data and transform it into a pivot table. Pivot tables allow
for us to look at the data and analyze it quickly because it's like a table, but it allows for us to interchange the
rows and columns. That way, we can switch out the information, answer a question, and then pivot to the next
question, answer that question, and pivot to the next one, which is exactly why it's called a pivot table. So, we're
going to select all our data here. I'll use control A. We'll go over to the insert tab and inside of that insert
menu here you'll see pivot table. So we'll give that a click. Insert pivot table and it's going to say okay we see
here that you want to create a pivot table using A4 to G168. Do you want to put this in a new sheet or an existing
one? Now I will say I like to put these in new sheets. The reason being is because if you put it in an existing one
it can mess up the data that's already there. So, I'm going to choose new sheet. Click create.
And now we have well a pivot table, right? There's not much to go on. You'll see here that we have our columns, our
rows, and our values. So, those are the three main pizzas. We can also filter on pivot tables, but we'll talk about that
in a second. So these three main pieces are important because this is where we can list our data out whether we want it
in the columns or the rows. And then the values I would say about 95% of the time you're going to only use
numbers for values. Once in a while it might be beneficial to use something that's not a number, but always remember
numbers can be aggregated, right? You can add them together. You can average numbers. You can find the max number.
the minimum number, but it's also beneficial for us to count things like maybe we want to count how many times a
salesperson made a sale. That would be really interesting. So, we don't always have to use numbers. We can also put in
let's say the saleserson's name and it would just do a count because of course I can't have like hey what's Joe plus
Ben, right? It would just be Joe and Ben make two people. I can count those. So let's say for instance, and by the way,
you'll see suggestions here, which I always think is great of Google to do. So Google did give you some suggestions
of what you want. You don't have to use those, by the way. Uh you do have a clear all button to clear out your pivot
table at any time. And then over here, you have all the different fields, which is all of your data just plugged up into
these fields. So for instance, all my months are here, all the years are here, all the sales reps are here, all the
type of items are here, and so on and so forth. So now to build this out, let's say that
I just want to take a look at sales reps. Who's my sales reps? Well, I can click and drag sales rep, right? Or
saleserson into the rows, and it'll just list them going down the rows. Andy, Julia, Paul. Okay. I can also sort this
or order it in any way that I like. Now, if I don't want salesperson anymore, I could click the X and they're gone.
Let's say I take salesperson and put them into the columns instead. Well, if I put them into the columns, right, make
sure you kind of click right underneath there, you'll see now they're just going across the columns. Andy, Julia, Paul.
Okay, that's great, too. So, I can either list them going down the row or across the columns. It doesn't change
the data, just changes where they're located. So if I put them in the rows, it goes down the rows. If I put them in
the columns, goes across the columns there. Now, if I put salesperson, which once again is a person, right? We can't
add people or average people or min or max people. So what would happen if I put a person into a value? Well, the
only thing it could do if it's not a number is count it. So, if I do that, it automatically does a count and it's
counting everything. You'll see 164. So, the reason it's doing that 164, you might be wondering, you know, Joe, we
only have three sales reps. Why is there 164? Well, if we go back to pivot table, you'll see here that we have Julia,
Paul, and Andy, but they made 164 sales. They didn't just make one sale each. So this is already answering a question,
right? How many sales did we make? 164. So sometimes that is beneficial to take something that's not a number and put it
into values. But like I said, 95% of the time you're only putting numbers here. So let's ask a couple questions about
our data. For instance, how much should we make total in sales? So I look for sales. Yeah, there's all my sales. And
since sales is a number, I'm going to put it in the values. Now, you don't always have to click and drag. I like to
click and drag, but you're more than welcome to just click the add button and then choose here. So, whatever you know
makes more sense for you. So, I can go and say, you know, I don't see any sales.
You'll see right away it gives me my number. So, now I know I made about a million.2
in sales. If I want to see the average, you can always click the drop down and choose
all different types of functions. Doesn't just have to be sum. I can do average sales. I can do what's my
minimum sale. What's my maximum sale? That looks good. How many sales did I make? All right, that makes sense. 164
and my total. But now I want some more specific information like how much did each
saleserson make. So I could take saleserson and put it in the rows. And now it just lists Andy's sales 365,
Julia made 503, and Col made 409. Now, I didn't have to put sales per rows. You could have done this. I could have added
it into the columns and it would just give us the same thing, but instead of just going across, right? 365 5039.
Or you can just click and drag it to the rows. 365 5039. The data never changes, just the look of
your pivot table. So now I have how much each saleserson make. I want to get even more specific. How much should each
salesperson make in each region? So I'm going to go to columns and I'm going to add in the region. So now I have my
regions going across and it makes a wonderful table. I see Andy made 2011 in central, Billy made 109.
But let's take a look. Andy made 201, right? What happens if I added region to the rows instead of the columns?
It just changes the look. The edi still made 2011 and central. Once again, the data doesn't change, just the look of
the table. Or maybe I want to add both of them to columns. It's probably going to look really funny. But you can
look at this. This looks really rough, right? But guess what? Andy and essential still made 2011. So that's my
point. If you just put in the data into your pivot table, even if you don't choose to put, you know, starting things
in rows or columns, it's totally up to you. It's not going to change your answer. You'll always get the answer.
It'll just change the look. If you take something like sales and you put it into, let's say, rows, then you'll see
that doesn't really do much for us. So, always remember numbers go into values and it doesn't really matter where
everything else goes. It's up to you. I'm going to put saleserson back into rows. They have a nice easy readable
table. So, take a moment, try this out on your own. Also know that once again, Google
has created these for you. So, let's say I clear this pivot table and I want to see, okay, sum up sales for each month
by type. All right, that sounds pretty cool. Let's try it. It'll automatically put it in there. And now I can see how
much I made for burgers in each month, for fries in each month, and hot dogs. Another thing that's nice is I can go in
and I can change it to some of sales for each month. Okay, that looks good, too. And go into each one.
Always remember that we also have the ability to do filtering. So, let's say I did salesperson in the rows. I choose
about sales and then columns in the let's do region. So it looks like this nice little table here.
If I want to see for each month how much those sales are, I can always add that to the filters. So you can filter a
pivot table just adding a field like month. Now I can see that I'm showing all the
items. It's telling me that showing all items and now I can use the filter system. very similar to the filtering
system we just saw before when we were talking about sorting and filtering. So now I can take a look. I only I'll clear
all of this. I only want to look at March and those are my numbers for March. And
it'll even tell you that your month, right? Going to say March, May filtering for both. So I'll clear
that out. Always remember you can use that filter system. You don't have to, but you can. And then another thing is
the sorting. Always remember you can sort. So if I do region, I can do descending or ascending and then I can
sort by maybe sales instead. All right, grand total. Or maybe I want to sort by region again.
And then it just brings it back. So with pivot tables, we still have the ability to sort and filter our data. So, take a
moment, try this out on your own, and then when we come back, we're going to switch gears and get into some data
validation. We're going to switch over to our data validation worksheet. And data
validation is a great feature. It's one of my favorites actually in Google Sheets. It allows for us to quickly
validate the data that's going into our spreadsheets. And the reason this is important is because, of course, we want
accurate data. It's never a really good thing when we look at a worksheet and we're like that doesn't look correct,
right? Because then it's affecting more than one thing in the worksheet. So, I'm going to pretend for a moment that I'm
Sally, right? So, I'm Sally Baxter and Sally doesn't really like computers so much. Very difficult to use them. And
Sally just isn't having it. So Sally gets this credit report form, has to fill it out on the computer, and by
accident fills in some wrong information. So Sally's like, "What's my credit
score?" Well, I think it's thousand, right? Date that I got the credit report. I got
this maybe I got this two days ago, right? Or put in whatever you want. So, I'll say I
got this on two 2025 or what's your sales rep's name? Um,
well, my sales rep is Rob. I think I think there was a Now, all of this data is incorrect, right? So, what we want to
do is we want to stop that from happening because when we get this data back, it's not going to make sense for
us to even use it. So, I know that there's no such thing as a thousand credit score, so that's wrong. They've
acquired I didn't send it on this date. And sales rep, well, I think they probably meant Robin.
So, the first thing we're going to do here is deal with the credit score. How do we force a number? I'm going to
select from B6 all the way to B12. You want to select where you want the data validation to be implemented. We'll then
go over to our data tab. And towards the bottom, you'll see data validation. And that's the one we're going to use.
We'll give it a click. Now, once we click on data validation, it's going to open up our pane over here. And it tells
us that there's no rules at the moment for what we've selected, B6 to B12. So, I'm going to say I want to add the rule.
And it'll automatically say, okay, we're going to apply the range to B6 to B12. That's where the rule is going to be in.
And then we can choose what the criteria is. The criteria can be many things. We can do drop downs. Text that contain
check is not contain or text is exactly. We can do is a valid date is on or before. We can even do comparison
operators or checkboxes or custom. But the one I want to use is I just want to say that the number is between. Since
we're dealing with credit score and that's a numeric value, we're going to do is between. So I'll click on that and
choose it's between. I'm going to say that the credit score is
we'll say between 350 and between 850. And I don't know what the accurate
numbers are, so you could just put in whatever you like. We can then choose to show help text for the selected cell. So
when they select it, it'll tell them, hey, enter a number between 350 850 if they don't do it right. And then if the
data is invalid, you can either show a warning or you can reject the input. Showing a warning means they can still
mess up the data and they can get away with it. Reject the input means nope, they can't enter in that data until they
fix it. So I'm going to choose reject and click done. Now, at this point, we have our rule.
Sally's going to come in and say, "Oh, it's thousand." And it's going to say, "Hey, there's a problem. You have to
enter a number between 350 and 850." Like, "Oh, okay. Yo, let me go check my credit score." Sally checks it, puts in
725, and it accepts it. So, that's how we can force a number between a low point and a high point.
And what we're going to talk about next is being able now to force D. So once again, the same thing. You're going to
select from C6 to C12, right? You always want to select what you want to affect. We'll then choose add a rule since data
validation is already there. Or if it's closed out, if you close it out, you can always go back to data data validation.
Mine's still open. I'll choose add rule. And for this one, we're gonna say we don't want to drop down. We actually
want to do is a valid date, right? Maybe we don't want them to put in like anything weird, but I want it a little
more specific. I want them to be putting in, let's say, the date that is on or before today's date. And I'll say today,
they even have that option. You could say today, tomorrow, yesterday, the past week, past month, past year, or the
exact date. So, I'm going to say today. So, the date is on or before today. If they put anything after today, well,
that's not going to work. So, if I'm doing this, I'm going to then show the help text, enter a date on or before
today. I'm going to recheck the input as always and click done. Now, when Sally comes in, oh, 29
2025, right? Enter a date on or before today. Then Charlie's like, "Okay, let me go look today's date two three 25."
Pretty cool. All right. You can do exact dates. You can do before or after dates. So, it's really a lot of options there
to get super specific on what kind of date you wanted to put in. Now, the last one I'm going to show you
is how it can force a list. And I think this one's super important because it allows for us to really put in a
customized list of items. And it doesn't always have to be data validation just for them to put in valid data. It can
also just be an easier way to select things, right? You can use this technique with functions or other types
of lists. Maybe you want to create a project management table where you can choose a certain idea for that table. Or
maybe you want to do a survey where they have to pick what sort of item they need. Or maybe it's going to be like an
IT request form, right? So you can use these all different ways. It's not just for data validation. So same as always,
we could do D6 to D12. We're going to click add rule and we're going to use the drop down. Now, you can
do a drop down from a range. I really do like this option because we already do have a range. So, if we were just to do
a drop down, we can't really choose any of these. That's not going to work. But, if we do a drop down from a range, we
can then reference these four names. That way, we don't have to write them in individually. So, I can click okay. And
now, it puts in the names for me. If we just chose to do a drop down, then we'd have to enter in each one individually,
and that takes time. That's just going to be easier. You can also color code these. I do like doing this. I think
this is fun. And do a couple different colors here. And then, do we want to allow for
multiple selections? No, it's only one sales rep per customer, so we're not going to do that. And then there's
advanced options as well. Show help. Yes. Reject input. Yes. And how do we want to display this? We can
either do a chip, which is this new style here, an arrow where they just click the little arrow, or just plain
text. But I'm going to choose chip. I actually really like this style. Some of you
might like this one more. I do like the tip style. We'll make these a little bigger so they're not right on the
border. And click done. Now I'll just make these a little bigger here.
There we go. Think that looks good. There we have our three rules. We can close this out and
we can just choose oh Robin. And we might need to make that bigger as well.
And if they start typing in a name for instance, that's another thing that's really nice about this is that starts in
like Daryl, it automatically searches. So it's a searchable list of information.
So to take a moment, I want you to try this out on your own. And then when we come back, we're going to talk about
conditional formatting, right? And I know we've talked about this in other videos. So, if you were in my intro
video, we did talk briefly about conditional formatting, but we're going to get a little more advanced with it
for today. All right. So, we're going to go over to conditional formatting and talk about it a little bit. Now,
conditional formatting sounds exactly what it is, right? Condition, right? Anything based off of a condition or
criteria, the formatting or the appearance of something changes. So I could say that
if right my criteria is if the bathroom is equal to two well then the appearance is going to change. I want you to bold
the two or maybe I wanted the color the cell blue. So the first rule is we want to select what we want to affect. So I'm
going to select from F2 all the way down. You can click and drag. I don't like doing that. Instead, I'm going to
use the keyboard shortcut, which is the control key plus shift plus the down arrow
or whichever way you're going. So, I'm going to click on F2 and then use control shift down arrow. And that saves
you so much time. Once I select that, I'll then go over and I'll choose conditional formatting. You can find
that under the airmat menu, and you'll see conditional formatting there. So I always like the way that they place
their menus. So conditional formatting, they have the word format. That's how I remembered there or data validation. I
know to go to data. So it's always nice that they use the same consistent terminology.
So I'm going to click on conditional formatting. It's going to open up my pane over here.
Going to say, okay, we're going to apply this to F2 to F133. And now we choose the rule is not empty.
Well, we know that all of those cells are filled. So, I'm going to choose a different one. You'll see very similar
to data validation, we have a ton of criterias. So, I'm going to choose that if it's
equal to the number two, then I want you to format it. Now, by
default, they've already chosen a color for us, but we're going to choose our own color. I'll choose that little fill
bucket. And I like the color blue. If you've been in my other videos, you probably all already know that. I'm
going to go with a lighter blue. Maybe this one. Yeah, that looks good. I like this one
more. And then we'll just do black text. That's perfect. And then we'll click done. You can also add other
rules too, right? So it can either be single colors or you can do color scales or you can add the rule again. I'm going
to choose color scale. You'll see all different types of colors. Minimum value, midpoint, back point. Or you can
use like maybe I want to do this, right? There's four max pattern. So one through four. Maybe I want my midpoint, my
minimum value. Or I can even say the number to be a certain color. Or maybe I want the midpoint number to be a second
color. Right, I'm going to choose the minimum value is a light red.
The midpoint value is kind of like a let's do the midpoint to be two.
And we'll make that like a yellowish color. And then the maximum, right, that's going to be green. I I really
like the green color. Maybe a darker green. And then we'll click done. So if we don't use this for instance, we'll
delete that one. This is what this color scale looks like. One being the lowest, really dark green being the highest. And
you can also delete that one. So you can have a lot of fun with these rules, picking what makes sense for you. But
that's just all the built-in stuff. Condensual formatting can be a little more advanced as well. For instance,
let's say that I want to really just look at only the houses that are in Jamesville. That's it. I don't want to
look at any other houses. I I've set my sights on Jamesville. I'm very excited to live in that neighborhood. So, I
could just do this, right? I could select C2, control shift down arrow. I can go over to conditional formatting
and I can say that if the text contains or you can say is you know equal to and then you can put the text but we're
going to use text contains so text is exactly and we can say Jamesville
right and now you'll see it's highlighting it well then make that green I want I want that to be like
green like that and maybe bold it that way it's really standing out to me and then I can click done. The problem with
this is it's still hard to look at, right? Wouldn't it be really awesome if we can highlight the entire row if it's
Jamesville? Well, that's not something you can do with just regular conditional format. We
actually have to create our own rule for that. It's not built in here. So, I'm going to clear out that rule. I'm going
to show you now how we can highlight an entire row based off of a criteria. The first thing we need to do is select all
the data. Now, you can't include the headings. All right? So, we want to only include the data itself. So, from a sale
and then you can even use those keyboard shortcuts, hit control shift right arrow, control shift down arrow and
select all our data excluding the headings. And then we can go in add a rule,
we're going to say that if right
the cell is meeting our criteria and not if it's meeting Google's pre-existing ones. So we have to scroll down to the
bottom and choose custom formula. And we're going to choose custom formula.
And in the formula, we're going to say starting with this first cell here, C2. That's the one we're looking at. So,
we're going to do equals. We want to only stay in column C. We don't want to go to D or B or A, or
because it's going to have to look through all that. We just want to look in column C. So, we're going to put an
anchor, right? We're going to absolute reference column C, dollar sign C. But, we don't want to put dollar sign
who because then that would only look at C2. It's not going to look at the rest of them. So I want to say
dollar sign T and just a regular two. That way it knows, okay, starting in C2, we're going to check for something. Then
we'll go to C3, C4, C5, but we won't leave column C. We'll just look all the way down till the end of the data. So
that's why we're doing this absolute on the column but not on the row. We're going to say starting in C2 if it's
equal to Gville. Now, you do have to put Gansville inside of quotes because it is
a formula. So, of course, we need to put it in a string of text. But you're going to find how awesome
this will look when we close that up. It's already working where it is now looking for Jamesville in column C. And
if it does match that criteria, it's not just doing Jamesville, it's doing the entire row, which is awesome. So now I
can choose my favorite color. I'm going to go with the lighter blue. There it is. And I'm going to bold that. And now
I know what houses I want to look for. And it's a lot easier to visualize it now. Instead of just having one cell, we
have the whole. And then of course you can use other things like sorting filtering. So if you
remember before you might have seen we have an option for filter for color. So we can go back to the data tab turn on
the filter if you want right or always remember you can turn on filters here on your quick access toolbar the little
funnel icon. And now we can say on any of these since they're all colored, you can say okay,
filter by color. And if the fill color is light blue, those are the only ones I want to see. And now it's only looking
for that. How cool. And now we can see the houses that we're going to go look at. And we can buy a house. So, a lot of
things you can do with conditional formatting and then tools afterwards. Take a moment, try this out on your own.
You can clear this out afterwards if you want to or you could keep it. I don't mind. And when we come back, our next
topic, you might have to scroll down a little bit to the right. If you only see condition and it's kind of cut off, you
can scroll down. We have two more topics for this video. Linking data and comments. So, we're going to all switch
to linking data after you're done trying this out. I'll go there now. And then we'll get into how to link data, how to
add comment, and we'll end there. Linking data is great for taking data that's in one cell and linking it to
another. So in this example, I'm going to take this sentence right here that's in A3 and link it to B5. So the first
thing we'll do is click into B5 to equals and then just simply select A3 and press enter. And that's it. You've
just linked data. So this data is coming from A3. Now what's great about this is any
changes you make to A3 will then reflect in B5. So for instance, let's click into A3 and replace Excel with
Google Sheets. And when we press enter, you'll notice that immediately our link data
updates as well. Now, what's so great about this is if you're using something like a financial ledger or you're
keeping track of your bills, it's a very good check system, right? For instance, let's say that I'm looking at um, you
know, last month, we'll say July, and this month, we'll say August. And maybe I have some expenses from the month
before. So, instead of having to put those in each time, right? Maybe I want to have it automated so
that now when I go through and I add in all my bills, I'll just change that to a currency. Let's say I have to pay a bill
- 500. Then maybe I have to pay another bill and then maybe I get another paycheck or
something. Then another bill comes out at the end here. I'll do equal sum
and I'll be the sum of all my data here. So this is what I'm left with at the end of July. Now to start off August because
this is going to switch over to August, I can now link data. So I can say equals whatever was the end of July and press
enter. And now I can start all over again by typing in what I am paying, right? Maybe I'm paying this bill. Maybe
another bill. Maybe I get paid. And then another bill. And then we can
do the same thing. So, as you can see, the linking data is great because let's say something changes here. Instead of
getting 800, I got a bonus. So, I'm getting,00. Well, now that I added that in, it all
updates because this is connected to that. So, if you're wondering why should I link data, this is a prime example
here of why it's beneficial. Now, what's also great about linking data is you don't always have to link it to the same
spreadsheet. You can also link from another one as well. So, I can go into B7, do equals, go to any other
worksheet. I don't mind which one you go to. I'm going to do pivot table and choose
fries and then press enter and it will link it. So you don't need everything on the same sheet. You can
link it to other worksheets if you wanted to. So take a moment, try this out on your own and then when you're
done, we're actually going to get into our last topic for this video, which is comments. So we're going to go over to
the comments worksheet and we'll start working with this employee information. Comments are great for leaving yourself
notes or if you're sharing the spreadsheet with somebody, you can leave notes to each other. To create a
comment, all you need to do is click into any cell where you want the comment to be. You can either go to the insert
menu and choose comment or you can use the keyboard shortcut or even on the quick access toolbar, you'll see the
little icon for comments. So, whichever way you want to do that, we're going to leave a comment here for Sarah. Let's
say that Sarah is going to be getting an hourly rate raise. And we can't do it right now until it's actually in the
paperwork and all signed off on. But what we want to do is leave ourselves a reminder. So, I'm going to click into
G4, click on the little insert comment, and I can either comment or even add others with the at@ symbol to notify
them if I want them to do something on the spreadsheet. So, if you are working with a coworker, you cannot mention
them. But I'm just going to leave a comment for myself. I'll say, um, please update
hourly rate and then I'll con. So now there's a little yellow, you could just say it's a little
tag or in the top right hand corner a little triangle. And now I can go in and I can even do a little emoji on this.
Maybe I want to smile or I can even say that this is resolved and I can hide this discussion because I
already did it. So if I want to add in another one, I can go in and say updated hourly rate
and make a comment on that as well. And then I can go and actually update this. And another thing we can do is if we
click more options, we can either edit it, delete it, see the emojis, or even get a link to this comment. That way we
can share that link with other co-workers. So try this out on your own and then
once you're done, we will take a look at accessing all of the comments by going up to show all comments and all the ones
from before. All right. So take a moment. All right. So, now that we've looked at
some of these comments, you'll see once we click on the all comments, all the ones that we marked as resolved don't
disappear. They're actually up still and you'll see who marked it and what actual comment was. So, they don't delete
unless you click the three dots and delete it. If you do want to reopen this, you can click reopen and it'll
just bring it back in. But the minute you click resolve, it'll disappear and it'll go right here into the comments.
Now you can also if you use notifications you'll see all the comments that are
just for you. So if somebody comments their name it'll end up here in the all comments. You can also see the open
comments or the resolved ones. You can filter or you can see the comments on this specific sheet only or all the
different sheets. So you don't have to go into each sheet to see specific comments to that sheet. You can see them
all at once. try this out on your own and then when you're done you can click to close and
I'll meet you back. All right everyone, I just want to say thank you so much for being here. I hope you really enjoyed
this course. We do have our Google Sheets advanced course as well that you can access. So feel free to access that.
That will be the next video after this one. And then always remember we have our Google Sheets intro. With that said,
stay safe, stay healthy, and I will see you all next time. Thank you. Hello everyone and welcome in. My name is Joe.
I'll be facilitating this class for you today. Welcome to Google Sheets advanced course. If you're ready to take your
spreadsheet skills to the next level, well, you're in the right place. In this course, we'll dive into powerful tools
like named ranges for better data organization. We'll get into XLOOKUP to easily find and retrieve information and
also get into some financial functions like the PMT function that handles loan calculations. Plus, we'll get into some
database functions that make data analysis a breeze. By the end of this, you'll be working smarter, not harder.
So, let's jump right in and have some fun in Google Sheets. The first thing we're going to get into
is named ranges. Now, named ranges are amazing because you can reference them throughout all of your different
spreadsheets. And not only that, it allows for us to not look at absolute cell reference and use Excel's language,
but actually use our language that we're familiar with. So, I'm going to show you an example of how we would do this
without named ranges. Right now, what I want to do is I want to get all of these taxes, and I want to get them by
multiplying the subtotals by this tax rate. Now, we know that if we click into this and we start off with our equals,
we're going to say we want to take the subtotal, multiply that using an asterisk symbol by the tax rate. And
when we center, that works perfectly. But now, if we want to use our autofill handle and click and drag down to copy
the pattern of that, it's not going to really work. And the reason being is because right now it's using relative
reference instead of absolute, which means that we're going to result in a ton of different errors. So if we look
into these, it says, okay, we're taking I4 * J1. That worked beautifully, but this one came up with zero because it
did I5 * J2. It's relative to the cell before it and it's following those, right? I6 * J3. So it doesn't make
sense. we have to actually lock down using absolute cell reference using our anchors or dollar symbol and I'll
showcase that. So we'll do equals the subtotal multiplied by J1 and then we can go in and add in a couple of dollar
signs. The dollar sign in front of the J and a dollar sign in front of the one. You can also if you want to use a
keyboard shortcut for it. It's going to be the function key F4. So you'll see on top of your keyboard here a ton of
function keys from F1 to F12. We're using F4. And sometimes you do have to press the F4 with the N key which brings
on the function key. So if you see an Fn in the bottom leftand corner of your keyboard, you can hold those two
together if F4 by itself doesn't work. Or you can turn on the Fn lock to keep it on always. So, I'll just click
anywhere near the J or the one, press my F4, and it puts the dollar signs in for me. And that's a nice little trick
there. So, now that I've done that, it's going to work beautifully. I can click and drag down, and there it goes. And
what's happening is it's using relative reference for the I4. So, I'll go I4, I5, I6, I7, but it's locking using those
anchors the J1 in place. So now it's I4 * J1, I5 * J1, I6 * J1, and so on and so forth. Now that's great and that does
work for sometimes we do need to utilize that. But as I said before, we're still referencing using Excel's language,
right? We're referencing the column and the row. Instead, we want to reference a name. Maybe I want to call J1 tax rate
since that's what it is. and then I can use that tax rate for anything else within the bonnet. So, the first thing
to do is click on J1. We'll then go over to the name box right up here. And inside of the name box, it'll even say
J1. And we're just going to type in there. Now, before you can actually type though, it is important to note the
naming convention. You can't use something like this. T space rate. That's not allowed. So instead
you can use tax or score rate or you can say tax rate without a space. Those are both acceptable. Whichever way you want
to do it, you can. So we'll go in. I'm going to click into day one. I'm going to do tax_.
And you have to press enter to confirm it. So once you press enter, it saves that. So when I click on I1, it says I1
in the name box or K1 K1. But if I click into A1, it now says tax rate. So now all we have to do is just use our
language. We're going to do equals the subtotal multiplied. And we can start typing out tax rate. And you'll see it
even popped up. And you can press the tab key to fill in the rest. It's a named range of J1. So it'll reference
the worksheet and the cell. And now I can press tab, press enter. And look how cool that is. I don't have to use dollar
signs to aggreg this down. Now, as I said before, what's really great about this technique is later on, I can go to
any worksheet, any cell, like let's say we go over to the if function. We'll be doing that a
little later. I can go in now and I can do hm, I wonder what 200 times our tax rate would be. So I can say 200 times
and I can once again use tax rate no matter where I am and it'll give me my 17.5.
That's what I love so much about named ranges is you can use them throughout your entire file whenever you need it.
Take a moment try this out on your own and then when we come back we're going to talk about where we can find those
named ranges. Now that we know how to make a named range within Google Sheets, what we can
do next is we can actually name more than just a single cell. For instance, maybe I want to see how much do I have
to pay total in taxes. So I can select from A4 all the way down to J9. Go to the name box. I'm just going to
call this taxes and press enter. Now I can use this anywhere I want. I can go in and say, I wonder what the sum of
text this is. And this is great because we're no longer using Google Sheets language, right? We're not referencing
Google Sheets J1 or J4 through J9. Now we're saying, hey, what is the sum of taxes? And I can
press enter and get that number there. And you can do this with all of them. You can name all of your ranges. For
instance, maybe I also want to see how many items I sell. And I can go in name my ranges items.
Go over here and do a count. And I'm going to use a count a because when you use count, you're using the number of
numeric values. Since these are strings of text, you're going to use count a, the number of values that are in the
data set. And now I can say items. And it'll say there's six items. So this is a great way to not use Google's language
but use our own language in referencing our different function and our data. Now once you've named a single cell or a
range of cells, we can now access those by going to either of two places. We can either go to the drop-own for the name
boxes where we were naming our ranges and you'll see here manage name ranges or you can always go to the data menu
and this is where you can find named ranges. So either one of those ways you can access those. I like to click the
drop down and go to manage change ranges and you'll see all of them here. Item tax rate and tax. You can always add
more ranges or you can delete a range as well by clicking on the little edit icon and then choosing delete. You can also
rename it, change the data range. And then when you're done with all of that, you can always close out the ping.
So just take a moment, try to name a ton of different ranges. name one range, access the name manager, and then we're
going to move on to XOOKUP. The next thing we're going to be going over is XOOKUP. And in Google Sheets,
XLOOKUP function is super powerful. It allows for you to search for a value in a range and then return a corresponding
value from another range. and is actually an improvement over VLOOKUP, which was vertical lookup, hookup,
horizontal lookup, and also the index match functions. And the reason it's so great is because it can actually search
both vertically and horizontally. It also supports exact and approximate matches, and it handles missing values
really nicely. So, we're going to go over all the fun stuff with XLOOKUP, starting with being able to look up
information about this product name. Let's say that we have this product name. It's a notebook we have in there
right now. And we want to look up the price. Essentially, what I want to do is I want to make this a lookup function
where somebody can type in a product and then the price will pop up. So to use XLOOKUP, we're going to start off with
equals. We're going to type in X lookup and press the tab key to open up the parenthesis. It's going to ask you for a
search key. What are we looking for? So, I'm going to go over and say, well, I'm looking for whatever is in that cell F1.
I'll then put my column. The next thing it's going to say is where are you looking for it? What's the look of
range? Where are you looking for the word notebook? And really, we're just looking for it in column B. So, I can
just click on the B because I want to look through this entire list for the word notebook. After that, it's going to
say, okay, what do you want the result to return? Right, the result range. What what are we looking for once we find the
word notebook? Well, we're looking for the prices which are in column C. So, we're looking for the word notebook.
Once it finds it in this list, it'll then return with next to it in the pricing column. And that will give us
our price. And when I press enter, look at that. $5. And now it's fully set up. anything that you want to search for.
Let's say I want to search for how much a binder is. It will now tell me that the binder
it's $4. Or maybe I want to search for how much is a printer and it'll tell me a printer is $100 and so on and so
forth. So we can search for this entire list. But as I said before, there's so much more power to XOOKUP, right?
because it can lurk from the top to the bottom or it can look from the bottom to the top. We can actually have a
sequential list. For instance, let's say notebook. It used to be $5. We want to get rid of this product because maybe
people will still want this or maybe we're not ready to get rid of the historical data yet. But we have the new
notebook which is product ID69 and it's now $8. How do we up the system? We want to use
the $8 price instead of the $5 price because when we look up notebook right now it gives us $5. Well, that's going
to be our search mode. So when we click into this, you'll notice that we have missing value. We'll talk about that.
Match mode. We'll talk about that as well. But the last one here is search mode. And search mode just says, do we
want to search from the top of the list to the bottom or from the bottom of the list to the top? So, we can switch
those. So, I'm just going to put a comma here. We're going to skip missing value. We're going to skip match mode. Putting
your comma down. And I love how Google Sheets allows for us to see what we're looking at. And now it's search mode.
Now, if you put a one in there and you press enter, it's still going to stay $5. one means top to bottom or that's
the default as well if you put nothing in there. But if you do a negative one, it's now going to bring up the eight
colors because it's searching from the bottom of the list first and then going to the top. So whichever one it hits
first, that's what it's going to showcase. So now I have whenever I search for notebooks instead of the
file. What we're going to be talking about also with XLOOKUP is the fact that if you search for something that doesn't
exist in the list, you'll get an error. For instance, I want to search how much Joe cost, right? And it's going to give
me nothing because well, that doesn't exist. So, instead of nothing, when I search for like a bed or maybe I want to
search for a TV, right, it returns nothing and people are going to think something's wrong. But if I search for
something like a stapler, it returns something because it's actually in the list. So to fix this
problem, if somebody searches for something that doesn't exist, we can use this right here, missing value. And in
the mitting value, you just put whatever you want to replace nothing with. Instead of it just returning nothing, I
want to say this instead. Something like doesn't exist or not found. And you want to be sure that you do put
that in quotes. The reason being is because of course this is a function. Google Sheets does not understand
English. So it is being put in as a string of text. And then when we put that in there, if I search for let's say
a notebook, it returns the price. If I search for a bed, it's not found. So that's another perk because the old way
of doing this if you had to use VLOOKUP or HL lookup or index a match is you would have to nest that inside of an if
error function. Nothing functions isn't always pretty. So the fact that Google has taken time to incorporate that if
not found in there is just amazing and it's a lot easier for us to utilize. Now as I said before the benefits of
XLOOKUP are that it can look top to bottom. It's also vertical, horizontal. It has exact matches by default. And
that's important because if we're looking for something as a range of information, well, then it won't be an
exact match and it won't work. So, what we're going to do is we're going to go over to XOOKUP range map and I'm going
to showcase an instant where we're not going to use an exact match all the time, but sometimes we'll have to get an
approximate match. But for now, try this out on your own and then when we come back, we'll get into XLOOKUP range. In
this example, we've actually used exact match, which is the default for XLOOKUP, which means if we search for something
that's not exactly matching whatever's in the list, it won't find it. Right? So, we say bed, it won't find it. If I
put in notebook, it will find it because it's an exact match to the word notebook. If I spell notebook wrong,
right? If I do nope boo or something or I even messed up bo boo or something, it's going to say not found. And
sometimes that will happen. We'll type in too fast and it won't find it and then they'll see, oh, you know, I forgot
the k and then you can add the k and it'll work. So that's an exact match. But what happens if we don't want an
exact match? For instance, in our xookup range match, you'll see here that we have a couple of tail straps.
We have their sales and we just want to see what percentage bonus they're getting. And we do have a bonus scheme
here, a structure. We have if they made between 0 and $50, they or between 0 and $49,999,
they get $0. But the minute they make 50,000, they get a 5% bonus. But then goes to next. Between 50,000 and 54,999,
they would stay at 5%. But the minute they hit 55,000, they get percent and so on and so forth. So this is more of an
approximation, right? And if I was to just use XLOOKUP right now without actually choosing any type of match
mode, right? I would say I'm searching for sales. I'm looking for it in this list of sales and I want to return a
percent. And when I press enter, it's going to give me an error because it's saying, "Well, Joe, we actually don't
see the 2000 anywhere in this list." But really, this person, John Smith, should
be getting 5%. But to fix this, we're actually going to change it up a little bit. I'm going to
say that what I'm searching for is the sales. I am searching for it in this list of sales, and I want to be sure
that I absolutely reference that. and then also am looking for the result to be the percentage of bonus they're
getting and I'll loop reference that but this time I'm going to go through match mode and I'm going to say I want the
closest match now there's three different matches there's exact match which is the default or if you use a
zero it would be the default there is what's known as the lower approximation so if I use a negative one, it'll go
down to rounding to the lowest value and that would be the 5%. So in this case, that worked perfectly because if they
made 52,000, they get 5%. If they got up to 55, they would get 10. But if you do use the other one, right, just a one,
which means it's rounding up, well then it would give them 10%, which is not quite correct because we want to round
down. So just be sure when you're doing this, you're using the right approximation. One means it's going to
round up. Negative 1 means it's going to round down. And in this case, we need a negative one because of course they
shouldn't get 10% until they reach that 55,000. So they're only getting 5%. And now that
we've done this, we can just go in and autofill. We see Mark didn't quite reach the 50,000. So Mark get a bonus. Sar
bonus 62. So that's between 55 and 65 would go round down to cover and so on and so forth. So this is when you would
use an approximate match as a little different than using that exact match that we saw before that. What we're
going to be talking about next is being able to use XLOOKUP to do some data mining because really at its core
XLOOKUP once again allows us to look for a value in one column and return the related information from another column.
and it can look left, right, up, down. So that's why it's a great replacement for VLOOKUP, XLOOKUP, and now even index
and match. So try this out on your own, and when we come back, we'll get into some fun data mining.
Let's say that we have our data all over the place, which is really in most cases true, right? Our data is never just in
one file. It could be in different files or different worksheets or it could be like this where it's on the same page
but it's in three different transaction. So we can use Xookup whether these tables were in different worksheets,
different files or even just separated like we have in this example. But the problem I'm having is I want to create a
fact table where I have eight sold something, who sold it, what product they sold, if they gave a discount, how
many items they sold, and I want to know the price of the item and the region they're selling it. So now really what I
have to do is I have to go in and say, okay, Christy sold dubblers. Paid dubblers.
How much are doublers? I have to go all the way to wherever the list of products are, which is in our case here, look for
dollars. Oh, there's the price. And now I can enter in the price. $79.95. I'll do that. And then I do the next
one. Okay. Cancel. Sunshine. Go all the way over here. Look for sunshine. Sunshine. Found it. 2350.
Put in 2350. Now, can you imagine doing that? How much time it's going to take? And we have I'm talking tens of
thousands of products that were sold sell that could take us a very long time. But instead of doing that, we can
use XLOOKUP because if we think about it, it's using the three core items we need. What are we looking for? The
product name. Where are we looking for it? Products. And what do we want to return? The pricing. So we could just
use XLOOKU. Do some data mining. So I'll do equals XOO. The search key is the product we're
looking for. Dubbers. Where are we searching for it? Column A. You could just click on the A. What do
we want to return? B. Where the prices are. And when we press enter,
how nice is that? $79.95. Now you might be wondering why I select A and B as columns. This actually just saves us
time because if we want to autofill this, we would have to select A2 through A13 and then put in our dollar signs.
And I I don't want to have to do that. It's harder to read it as well because there's so much going on there. That's
why I like to just reference the column itself. That way we don't have to reference using absolute, right? And now
when I press enter, I get that. It also gives me the formatting, which is great. Then I can just double click and it
pulls out those thousands of thousands of rows of data within seconds. How awesome is that? So if you want to pause
right here and try that out on your own, you're more than welcome to. We're going to go over the region as well, but feel
free to pause and try out the region on your own. But for now, I'll showcase it. I want to now find the region. So I'm
going to do equals xookup. And you're probably thinking, well, how do I know what I'm searching for? Well, my trick
for everyone is this. Now, do it without using XLOOKUP and you're going to get your answers. Think
about it. Watch. I'm looking for the region Christy Seldon. Okay. So, I'm going to look up Chrissy's
name in this list and I found it. And I want to return the region. Okay. West. See how we just did that manually?
That's how we would normally do it if we didn't have a backslook up. Though by doing that, you'll figure out all three
things you need. What are you looking up? Christy's name. Where are you looking for it? In this list of sales
reps in column D. What do you want to return? Wherever they are selling in in column B, the region.
So sometimes I like that just to figure out what are my function arguments here. So I'm going to do equals XLOOKUP. The
third key is Christy Olsen. The lookup is column D. And we're returning the region in column
E. Press enter. We're going to do a double click on the circle for autofill.
And look at that. That is awesome. And we have just data mined that information from two other tables. And as I said
before, these two other tables, they don't even need to be on the same worksheet. They could be in different
worksheets. They could be in different files totally and you can still reference them. So even though our data
could be all over the place, Xuckup can really help us to grab related data and put it into another spreadsheet. Now at
this point, you're more than welcome to also add more ins. Maybe you want to insert a column to the right. Maybe I
want to find out how much do we sell. Now I could do price with discount for instance, right? And in this price with
discount, I'll make that bigger there. I can say, okay, well, I'm going to take the price, which is in L2, and multiply
that by the discount. Now, if you just do that, if you do L2 times the discount, that's only going to give you
what the discount was, right? $2.40. But if I actually want to subract it from the original price, you
would just do the original price, which is an L2, minus, right, the price times the discount. And that
will give us our correct answer because we're taking original price and subtracting it from the discount. And
when I press enter, we get 7755. Double click here. And that looks amazing.
And then the last thing you could do if you really wanted to was add in another column to the right. And maybe you just
want to figure out the total sales we made. Total sale. And that would just be the price with the discount multiplied
by how many units we sold. And then it'll start our autofill. I'm going to say of course and we get our answers.
The last couple of things here just to clean up the sheet would be just to change of course the formatting. So we
want to make this into dollar signs and also I may just want to add in those borders. So you can select everything
using controll shift right arrow control shift down arrow and then just add in borders.
That makes it look really nice. You can always use control home key. Go home. The the actual word home. H O M E.
That will always bring you to A1 cell. And the last thing I may do here is just use control shift down arrow. And then
just change it to a credit. And now our table is looking amazing. We just got all that information within the
data. So that's known as metadata and data mining. metadata can really help us to analyze the information. So try all
of that out on your own. Once again, keyboard shortcuts that are really important in this one is selecting
cells. You can either select cells by clicking and dragging, but we have thousands of cells. So I like to use the
control key, click the shift key, plus the down arrow, and that will select everything
next empty cell. So if I click on in one, control shift down arrow, that'll select everything. And then if you want
to select the next column to the right, you just use control shift right arrow and it everything. That way you can edit
things quickly. And then always remember control home, right? That's going to be the control key plus it actually has
hom. You'll find it somewhere on your laptop. Uh every everybody's keyboard has it somewhere else. So just take a
quick look and you'll find it. and then you can use it to always go back a1 to the top of your spreadsheet. So try this
all out, have a lot of fun with it, and when we come back, we're going to switch gears and get into the if function.
The next function we're going to take a look at is the if function. And the if function asks a question and reveals
true or false as a blame factor. So I can say if John is making a certain amount of money, if that's true, then
John gets a bonus. If it's not true, it's false, then John doesn't get a bonus. This allows for us to automate
our spreadsheets. So our criteria for our sales here, we have the employees name, John, Jane, Bob, Alice, Xander,
and Shirley. And the sales criteria to get a bonus is you have to make 80,500 or more. So right now we're doing this
manually. We're looking at the sales price and we're writing bonus or we're writing no bonus. So instead of doing
that, I want to automate the system. I'm going to start off doing equals if and press tab to open up the parenthesis.
Now it's going to ask for three values here. The first one's going to be the logical expression argument, which says
what is the question you're asking? And we're just simply asking if the sales number for John, which is in Tonic, is
greater than or equal to sales criteria. Now, there's two ways you can do this. You can either just write in 80,500,
or you can, of course, reference cell A15 and then absolute reference, or we can use named ranges like we learned in
the beginning of this video. So, whichever way you want to do this, you're more than welcome to. I'm just
going to put in uh the actual A15. That way, if anything ever changes, it will automatically update. And then I
will absolute reference that by putting in my dollar sign. And we now have our question. Is this amount 36,285
greater than or equal to 80,500? Now, if that's true, we have to put in something if it was true or do
something. What do we want to do or say? Well, I just want to say, you know, bonus. That's it. Or if you want to get
a little more complex with it, you can even take their sales number and multiply it by, let's say, a 5% bonus
they'll get. So, you can either write the word bonus, and I'll showcase both of these. And then when I put in another
comma, now it's saying, well, what happens if it's not true? Well, then I would write no bonus. And always
remember to put these in quotation mark because they are string of text. So now we're asking the question is whatever is
in C5 greater than or equal to whatever is in A15. If it's true, write bonus. If it's not true, no bonus.
And then it will autofill that for us. And it looks perfect. Now to get a little more complex, instead of just
writing strings of text, we can already just put in the bonus number in there or how much is the bonus going to be. I can
just rewrite this and instead of having bonus or no bonus, if it was true, we could take their
sales amount and multiply it by 5%. That'll tell tell us how much bonus they're actually getting. Or if you
wanted to add it to the total, you could. And then if they don't get bonus, they
just get $0. Sean's going to get zero. And then we will autofill that.
And look at that. You can see who's getting bonus and who's not. The last thing I
might do here, just to make it a little more clear, is just add in a currency. That way it looks good.
And then just adjust the column. And there it is. So whoever doesn't get a bonus is zero. Whoever gets a bonus, it
shows the amount now. And we can write out the check. And you can always mix up the strings if you want of it being
zero. You could write the word no bonus. That way it's more readable and then have it look like this.
Basically looks great. So totally up to you on how complex you want to get these. But this is an example of using
the if function, right? Where we ask a question and it could return two results. Something if it's true,
something if it's false. But sometimes that's not enough, right? Sometimes we need more than just two returns. For
instance, I have here their performance scores as well. And based off of their performance score, we get a certain
review. So down here are the review rates. If anyone gets less than 60 as a score, they need improvement. If they
get greater than 85, they're proficient, right? Or less than 85 between 60 and 85, they're proficient. But if they get
greater than 85, they're exceptional. So anything greater than or equal to 85 exceptional. Anything less than 85 but
greater than 60 proficient. Anything less than 60 needs improvement. Now that's three different outcomes. So
if we wanted to, we could use the if function, but we'd have to nest an if function inside of an if function, and
that could be complex. What Google has done for us is made a new function known as the IFS function with an s. And that
ifs function allows for us to have as many outputs as we want up to about 127. So I'm going to do equals
if with an s and press the tab key to open up the parenthesis. You'll see here that it's asking us for a condition very
similar to if, right? And if it meets that condition, then what happens if it's true? Then it goes on to a second
condition. So really with the ifs, it's a little different because there is no false. It just runs through each
iteration of the review rates. So we're going to give an example of what could happen each time. So I'm going to start
off with the first thing. What happens if less than 60?
Right? If it's less than 60, well then I would write needs improvement. Now you could just write it in a string of text
or you could just click needs improvement here. Right? Just be sure that you do absolute reference.
Then we move on to the next one. Right? The next thing is what happens if our score
was less than 85? Well, in that case then John would be proficient. So we can click on E16 and absolute reference. So
we're just running through each iteration. If John got less than 60, it would be needs improvement. If John got
less than 85, it would need proficiency. And if John score was greater than or equal to 85,
well then so we get exceptional. And once again, we'll absolute reference that put our dollar signs in. That way
it doesn't move when we autofill. So, this looks great. Now, we can close this, press enter, and it will
automatically autofill this for us. And we can see who needs improvement, who's exceptional, and who's proficient.
And if anything ever changes, let's say maybe Xander goes down a couple of points to,
I don't know, maybe 60 or we'll say 59. It will auto update. That's why I love
using if and if functions because if and ifs allow for us to automate the system. So we can just go in put in the new
score and then it'll put in the outcome. So remember if is great if you have two outcomes like a bonus or no bonus and
then ifs is great if you have multiple output like three or four or five. And once again, you can have about up to
127. All right, which is more than enough. I don't think you'll ever get past that, but it's good to know. Take a
moment, try out the ifs function. Have some fun with this. You can mess around. You could put in different, you know,
bonus or no bonus, or you could put in the actual bonus. Or if you want to get even more fancy, you could take the
original sale, right? And you can add that to if it'll let me do it here. you're gonna do C5
plus and then you can put that in parenthesis. That way doesn't just tell you how much they made in bonus, but it
adds it to their original amount. And then we should put that through here. So, this one should be about a little
over 100,000 once we fill this out. There it is. So, just play around. I I personally think that'll be better if we
just have the actual bonus. That way we can write a bonus check to them. But whatever you
want in your example. And then when we come back, what we're going to be talking about is database functions.
Kind of mixing aggregates with the if function or a conditional. So things like count if it meets that condition.
Sum if summarize it or average if average and out if it meets a condition. The next couple of functions we're going
to talk about are database functions. So we have here our per company quarter 1 expenses and we have each division of
our company the east division the category the bill we're cutting and the total expense for that bill and we have
our north south and west division as well. Now the problem is is that I have to come up with a full count of how many
bills we're paying per category. So I'll have to go in and for instance software I'll have to first count it. Okay, we
have one call for bill, two, three, and four. Now, that's taking me a lot of
time to do. Instead, what we can use is a function known as count if. And what count if is great at is counting if it
meets a criteria or a condition. So I can say that if this cell right here says software
and look in this list and count how many times the word software appears and it'll do the count for me. So to do that
we're first going to click and F8. So equals count if. Now just like the if function we just did. It has a count if
and a count ifs with an s. If with an s is if you have multiple criteria, we really only have one criteria, which is
the category that we're looking for. So, we're going to be using count it. But if we did have another criteria, for
instance, maybe I wanted to see what division it was in, then we would use count ifs and use both of those
criteria. But for now, we're just going to use a count if. Press the tab key to open the parenthesis. And what's so
great about kill if is it's pretty much the foundation for the rest of them. Sum if average if. When you look in sum if
and average if function, it'll have the same two function arguments. The range where we're looking for it and the
criterion. What is the criteria that we're looking for? So the range is going to be whatever the criterion
is going to be. So for instance, software. Where is that going to be? in this range right here. So the range is
going to be from C5. I'll use controll down arrow to select quickly to C62. Now of course after we put this in,
we're going to choose what the criteria is, which is software in F5. And all it's going to do is look for whatever
words in here in this list and count it to a count if. So when I press enter, it says four. And that makes sense because
there's four divisions. So there's going to be four bills. Now, if we were to search for something else, for instance,
I can search for uh rent, right? There's four bills for rent, which is perfect. Maybe I want to see how many bills we
have for salaries. How many salaries bills do we have? So, so it's going to how many bills we
have for each. I'll just put that back to software. Now that we know how many total bills we
have, the next thing we may want to do is figure out how much do those bills total up to. So, as I said before, once
you get count if down, it will always have the range and the criterion. Stum if's going to be pretty simple and close
average if because they're going to use the same function argument, but they'll have just one extra one. So let's all
click into F12 to equals sum. Press the tab key and you'll see the
first two options range and criteria. Those will always be the same as what you used for counting. So we now know
the range is C5 through C62. Criterion is F5. That will always stay the same. But
the last part is well once we find the word software in this list.
What do you want us to add together? Don't really add words together, right? You can't say what's software plus
software. What we want to do is we want to summarize the total expense next to it. So when it asks us for the sum
range, we're actually going to be choosing column B because that's where the expenses are. Once it finds the word
software in the list, it'll take whatever's next to it and then add it to the next one. It added to the next one.
So, it'll add those four bills together for us. So, it's going to be the same range, but in column D, D5 to D62.
And when we press enter, we get our throw expense 17,215. And we can go in now and we can start
choosing what we want to look at. Maybe rent. So rent is going to be 71,160.
What about our telephone bill? Maybe we want telephone.
Okay, that's going to be 9,780. So as we just start putting in the different categories, we'd start to get
the total bills that we have four bills, the total expenses for those bills. And the last part is actually the average
which is identical. We can actually take this function, copy it, and put it into the average because the only difference
between sum if and average if is they're going to do an average instead. So if I go in I can do equals average if
right the criteria range is going to be C5 30 C62
the criterion is going to be F5 and the average that we want to average
here D5 to D62 then now we have an coverage. To take this a step further, we can
also, if we want to, create a drop-own list with data validation. And we talked about this in a previous class. It was
Google Sheets intermediate where we can go to data, open up data validation, and create a list of information. So, you're
more than welcome to do that. I I really like doing things like that. We can add a rule.
We're going to say we want a drop down and we're going to use it from a range though. Make sure you're choosing that
otherwise you'd have to manually enter on each category. We're going to say drop down from range. Choose that range
and we're going to say C5. And you can even if you want to you can just click into here and select
and then choose. Now if you do choose the whole list you'll see here what happens. it will
automatically identify the unique values. That way there's no repetition and duplicates. So
I always like that. Then we can click done. So if you just want to select C5 to C62, you're more than welcome to. But
now we can close that out. And watch how nice this is. Right? We can choose whatever we want. And then we can see
the result. How much do we pay in maintenance? 14,000 total. How much do we pay in
advertising? 144,000. So take a moment, try this out on your own. Do how if, sum if, average if, and
if you want to do some data validation, you're more than welcome to. And when we get back, we're going to talk about the
PMT function. The next function we're going to learn about is the PMT function. This function
is a financial function in Google Sheets used to calculate the payment for a loan based on constant payments and a
constant interest rate. So it's very useful for determining like monthly mortgage payments, car loans or any type
of fixedterm loan. And this is a really nice function that we can even expand on to see our monthly payments and we can
get an estimate of how much we paid depending on how many months it takes us to pay it back. Now, what's important
here is you always start off with three things. Your current balance, what your interest rate is that you got approved
for, and then your projected period. So, I chose 24 months. You could choose 12 or 10 or whatever you like. Now, in
here, I'm going to do an original, which means I want to take the original amount of months and use the payment date to
see my monthly payments. I'll then after that, change out the months and swap out. see how much my monthly payments
would be if I paid it off sooner or if it took me a little longer to pay it off. And this will determine how much I
paid totally to see am I really overpaying in interest or if I paid off quicker. You'll see you're not paying as
much interest your balance that you took out. So, we're going to start off in B8. We're going to do equals PMP.
Press the tab key. And the first thing it'll ask us for is the interest rate. Now, this is important because if you're
doing an interest rate for quarterly, right? That would be four quarters. So, you would take this interest rate and
divide it by four. If you were doing this um you know annually, then you would do divided by 12 months or maybe
you're doing it every half a year, so you would do six months. So depending on what your interest rate and how you pay
it and how it's distributed is what you're going to put here. I'll just do an annual. So I'll do 12. So we're going
to take the interest rate, divide it by 12. Put my comma in. It'll ask me the number
of periods for the payment. I'm going to choose 24 months. And then it's going to ask my present
value of the loan, which is 6,500. Now that I have this, when I press enter,
it's going to say that my monthly payments, there's $338. So, I would take now that $338.
I would say take this and multiply it by the 24 months. And and I'll see here, we're not going to do autofill, that we
have 8,116. We're paying a little bit more in interest because we're taking so long to
pay it off. Now, I do want to push this all the way down. So, what I'm going to do is the interest rate's going to stay
the same. So, we will absolute cell reference B4 and the current balance, which is in B3, will stay the same. So,
we will absolute reference B3. And when I press enter, that's perfect. But for the rest of these, I actually want to
rewrite it so that it's no longer B5. if it's looking, but it's going to be B6 or or B9 for the sixth one or A9 in this
case. So, what I'll do is I'll take this. I'm going to drag it down. Going to give me an error because it's
saying, okay, B4 / 12 and B6. We're going to say we don't want B6. Our payment, right? Number of periods is
now in A9. And we'll press enter. It will now autofill beautifully for us. And look at this. Now it says, okay, if
you pay this off in 6 months, yeah, your monthly payments high, but how much will we pay total in interest? So, I'm going
to do equals B9 time the 6 months 89 and we would pay $6,929
off of our 6,500 original. So, we're really paying a lot less in interest if we paid it off quicker as opposed to
paying it off in 24 months, which we would pay a little over, you know, 15 or,900 there. And I'll just pull that
down. And there we go. The longer we take, the more interest we pay. The less amount of payment, the less interest.
And you can have some fun with this. You can even do different interest rates and then switch out the interest rates if
you want to. So, let's actually do that. That That'll be a fun thing to look at. I'm just going to take all of this and
I'm going to make a copy. You can just hold the control key while you click and drag it over.
Right. And I'm just going to click and drag that right here. Or you could just use controll C. And then put it here as
well. I'll make that a little bigger. And let's take all this out. And now we're going to do instead of
months, we're going to do here interest rate. Let's say I get approved for a very short interest rate or small
interest rate. Uh maybe 5%. That'd be really awesome. And then maybe I a 10%. And what you'll notice is I like to put
in the original just so I know it's working and matching. So I'm going to do that with this as well. I will put in
original 2.3%. I'll make this 15%. This looks good as 20%.
Uh we'll do let's say 25.5%. And then we'll do 27%. So we'll put in our original again.
Equals PMT. The rate is the original interest rate divided by 12.
The number of periods is 24 and our present value is in B3. Now for this one, I'll do another PMD.
The rate's going to be this one at E10 / 12. The number of periods never changes. So
I'm going to absolute reference to B5. And our present value never changes. We'll absolute reference P3.
And it'll autofill beautifully for us. And now I see how much my monthly payments would be. If I get a lower
interest rate, look at that. That's really nice. If I get a higher one, it's a little more. But now we can go in and
we can say this times little harness. And then for these ones, we're not going to autofill because we know we'll
autofill in a second. We're going to take the monthly payment and multiply it by 5%.
Then you can click and drag and you'll see how much you paid totally, right? But always remember that
this is going to always be based off of not the original, right? Cuz that's going to be the interest rate. You
actually want to base it off of the months here. And you can absolutely reference that because we're always
going to the same amount of money. That's not changing this time. The interest rate is I know it's a little
different from what we did last time and you might try to do that and you'll get that error there or small amounts and
you're thinking well what happened? It's because you have to multiply it right month payment
by how many months? 24. That's going to stay constant. And as you can see, of course,
if we pay in 24 months, we'll be paying a lot more of a higher interest rate than if we had a smaller interest rate.
So take a moment, try this out. This is the interest rate and this one for this interest rate. You can also do a cross
functional interest rate and monthly payments. But for now, we're just doing nice
little chart here to take a look at what would happen if we had different month payments. What would happen if we
had different interest rates? We can always cross functionalize those out here and create lumps going across and
interest rates going down. But for now, this looks good. Find this out on your own. And when we come back,
we're going to talk about something known as smart chips. It's awesome. Google created them and they come in
handy. So try this one out and when we come back, we'll get towards the end. The last feature we're going to talk
about in this course are smart chips. Smart chips are interactive elements in Google Sheets that provide additional
context details and quick actions related to data entered into a cell. So they can enhance collaboration and
productivity by linking data dynamically. And we have all different types of smart chips. We have people,
smart chips, files. We have calendar events, locations and places, financial info, and even star ratings. We're going
to go through each type of smart chip, starting with the people chip. The people chip allows for us to tag a
person from your Google contacts. So, to do this, I'm going to click into A4 under people and go to insert. And
inside of that insert menu, we'll see smart chips. Now, when you click on insert smart chip, you'll see all the
different types that I just talked about. People, files, calendar, events, places, finance, and ratings. We're
going to choose people. And you'll see I can choose my name here. And when you enter in a name there, all you have to
do is hover over it. And when you hover, you get all the information. You can send an email quickly to this person,
chat with them. You can also send them a video invite or schedule a video event. So, this is a great way to interact with
your Jeep by using smart chips. Instead of just having my name in here, I now have all the information in one cell,
which makes it really amazing. Now, the next type is a file chip. And this embeds a link to your Google Drive
files. So, for example, I'm going to go to enter, smarts, go to file, and then I can add in any file I want. Maybe like
this healthy eating habits file. And what's great about this is now I can hover over it to see a preview,
right? I see the preview of it. I see I'm the owner. No changes since I last viewed it. I can open the preview, copy
the link to send to somebody, or I could just click into it and it will open up into Google Docs.
Pretty amazing. So, as you can see here, being able to link things with smart chips can be a little more helpful than
just posting like a really bad looking link. You can not get all of that information by just hovering. instead
with smart chips, we're able to just hover over the info and get out, which is great. Now, the next smart chip is
going to be our calendar event chips, which links to a Google goal calendar event, right? So, one of yours. So, you
can go to insert smart chip calendar event, and then you can choose an event that's part of your calendar. Now, if
you don't have any events in here, I'll show no result, but let's create an event.
I'm going to go over. Uh let's do this. Let's go to our calendar. We'll create some sort of event.
And we'll create an event for this date. Maybe a pizza party. I don't know. I'm making it up.
And we'll save that. So now we have an event in there. We can close this out. Now I'll go in and I'll insert a SAR
chip. You might have to refresh here, but it's mostly dynamic in terms of syncing quickly. So you'll see here the
pizza event and same as the other two chips. If I hover over this, I get all of the information. I can attach this to
a document. I can click on the pizza event and go straight to my Google calendar. So there's a better way of
doing right instead of just writing, oh we have a pizza event, there's a better way doing this with smart chips because
it allows you to always hover and get that additional information. The next one is called a place chip or a
location and that allows for us to enter the location using Google Maps. So I can go to smart chip place and you could
type in what you want to choose. For instance, I could just type in New York, New York. Right? And now, if I want to,
I can hover over that. It'll show me New York, New York. You can even get more specific, right? You could put it in the
address. And then you can even get direction to loop those. So, I could say view directions to
Central Park. Try Central Park. Let's put in Central Park. That'll be fun.
And there we go. Now I hover over it. I see where it's located and I can click to view the direction. It'll pull up
Google Maps and tell me where we're going. We pick a start point and then we can get over there. So I think once
again this dynamic hovering interactive smart chips are so amazing. Last two are financial and th rating.
Financial chips display real-time stock market data. So I'm going to go over to enter smart chip finance and we can type
in what we want to look at. Let's look at Google. So I'm going to do at P O G L. Let's see if it can find something
for us here. Try that again. in there. You don't have to use the app in this
instant, but we'll do Google. And they have so many. We'll just pick whichever one.
And now what you can do is of course hover over and see or stock prices and market details when hovering. And you
can even click to view the details and go over to stock pages. The last one here is our star rating.
And we can do this by going to insert smart chip once again and under smart chips, click rating. This star rating is
really nice because not only is it a visual pleasing icon, but it also when you click it has a drop down and the
value is in there. So, if you wanted to do a set of values or an average rating, let's say for instance, u we have a
couple of these and I'll I'll just pick all different types. We can now see the average. We can do
equals average and it'll be 3.5. So, it's a 3.5 star rating because these are stored as
actual values, but visually they just look amazing. All right, so take a moment, try that out, and then we are
going to get into our closing. All right, everyone. I want to say thank you so much for being here for this video. I
hope you really got a lot of use out of this. Feel free to check out our other videos and also like and subscribe. I
will see you all next time. Stay safe, stay healthy.
To create sequential numbers, enter the first two values (e.g., 1 and 2) in adjacent cells, select both, then drag the small square (autofill handle) at the bottom-right of the selection. For dates, simply type "Monday" or "January" and drag to auto-fill the sequence. For custom patterns like "Quarter 1", type the first item and drag to generate subsequent items.
Using cell references (e.g., =B3+B4+B5) creates dynamic formulas that automatically update when the source data changes. Direct calculations (e.g., =1+2+3) are static and will not reflect modifications to your data, making them unreliable for spreadsheet work where values frequently change.
SUM adds all values in a range (e.g., =SUM(F4:I4)). AVERAGE calculates the mean of a range (e.g., =AVERAGE(K4:M4)). IF checks a condition and returns one value if true and another if false (e.g., =IF(N4>=65, "Pass", "Fail")). Each function serves a distinct purpose: SUM for totals, AVERAGE for averages, and IF for conditional logic.
Absolute cell references (with $ signs, e.g., $A$1) keep the reference fixed when you autofill a formula to other cells. This is crucial when comparing data to a constant threshold—like a passing score—because relative references would shift incorrectly. Use the F4 key (or Fn+F4) to toggle between relative and absolute modes.
Select cells, go to Insert > Checkbox. Use COUNTIF(range, TRUE) to count checked boxes. For conditional formatting, select your data range, go to Format > Conditional Formatting, choose "Custom formula is", and enter =$B4 (assuming column B has checkboxes). Then set formatting (e.g., green fill, strikethrough) to apply when the checkbox is checked.
Double-click the right border of a column header to auto-fit that column to its longest content. To auto-fit all columns simultaneously, select the entire sheet by clicking the rectangle above row 1 and left of column A, then double-click any column border.
Apply bold and italic formatting to headers, add alternating row colors (Format > Alternating Colors), and use consistent themes (Format > Theme). Adjust text alignment, merge cells for titles, and utilize conditional formatting to highlight important data points like pass/fail status.
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