In this post, I’ll show you how you can calculate stock returns using Google Sheets. However, you can use a similar approach in Excel by using the STOCKHISTORYFUNCTION.
First thing’s first — let’s pull in the historical data
For this example, I’m going to pull in the S&P 500’s historical values to see how the index has performed both in the past 12 months and over the course of several years.
To do that in Google Sheets, I’m going to use the GOOGLEFINANCE function which allows me to pull in historical prices. To get the values from the S&P 500, the ticker symbol I’m going to use is ‘.INX’ and to get the last year of data, I’m going to set my start date equal to TODAY()-365 and my end date will be TODAY(). Here’s the full formula:
Once you’ve got the data loaded, then what you’ll want to do is enter the dates that you need values for. In this example, I’m going to use the last day of every month. For this, I can use the EOMONTH function. It takes two arguments: the start_date and the number of months. If I want the current month-end date, then I just set the second argument (months) to zero. As for start date, that can just be any date that falls within the month, which I can enclose within a DATE function. Here’s how the formula would look if I want the last day of September 2021:
But since I need to adjust this so that I can copy the formula down and have it automatically adjust, I am going to use the ROW function, which will return the current row number. Since I want the values to be increasingly negative as I copy down the formula (e.g. the current month should be 0, the following one -1, then -2, and so on), I will multiply this by a factor of negative 1 and add 1 to the total (to ensure the first value start at zero):
That replaces the zero value from the earlier formula:
And now, I can easily copy this formula down and my month-end dates will populate without requiring me to make any manual adjustments along the way:
Next, I’ll do a lookup to get the values. And that’s as simple as a VLOOKUP on my dates, which are in column A with the corresponding values in column B. If you use weekly dates, then be careful not to set the last argument in the VLOOKUP function to false because you’ll end up with errors as the weekly values won’t always fall neatly on the end of the month. Instead, leave the last argument blank or set it to TRUE so that it finds the closest match. Here’s what that looks like:
All that’s left at this point is to now just calculate the change in value. I can take the new value, divide it by the previous period’s value, and subtract one from it. This will give me a percent change:
If I wanted to determine the cumulative % change since my first month-end date, then the old value would always remain the same — it would be the first date in the series. By freezing that cell, I can calculate the cumulative % change:
If you wanted to pull in the returns by year, you can do the same thing. All that changes is that instead of pulling in the month-end dates you will use the year-end dates. The main difference here is in calculating the different dates. Rather than multiplying by a factor of -1, you’ll need to use -12. And the starting date should be Dec. 1. Here’s how my formula looks like:
And when I copy that down, it will automatically adjust for each previous year:
The one thing you may notice in Google Sheets is that the GOOGLEFINANCE function returns a timestamp for the date. Each day ends at 16:00:00. This can create some unintended results. For example, using the VLOOKUP function, if I use the date 12/31/2020, because it looks for an approximate match, it will actually return the value from 12/30/2020. Unless you add the timestamp, an exact match won’t work. And since a date with no time will by default by 0:00, the lookup of 12/31/2020 16:00:00 won’t be a match. One way to get around this is just to use a different date. Rather than using the EMONTH function, I can just adjust the date by reducing the year by 1. This is the formula I can use if instead I want to get the first day of the year:
Using the ROW function again can allow me to automatically adjust the year. Here is the updated table:
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Did you know that you can group numbers in Excel using tags? By just listing all the categories an item should belong to, you can make it easier to group them. In this post, I’ll show you how you can use tags in Excel to efficiently summarize different categories.
Suppose you wanted to list all the possible streaming services you might subscribe to. You might have a list that looks something like this:
This is fine if you want to compare them or even tally them all up. But what if you wanted to look at different scenarios, such as what if you select some of these services, but not all of them? This is where tags can be really helpful. Let’s say I want to create the following categories:
Each category will have a different mix of services. Here’s how I can use tags to make that happen. I’ll create another column next to the price where I specify all the categories a service will fall under:
In the above example, Netflix is included in every package but HBO Max is only included in Tier 3. Next, what I’m going to do is create columns for each one of these tags, such as follows:
Without using tags, you might be tempted to put a checkmark to determine which service belongs in which category. But that’s not necessary here. Instead, I’m going to use a function to determine whether to pull in the price or not.
Using a formula to determine if a tag is found
The key to making this work is the SEARCH function. This will look within the tag values to see if there is a match. If there is, then the price will be populated within the corresponding category. To check if the ‘basic’ keyword is found within the tags related to Netflix (assume this is cell C2), this is how that formula would look:
This will return a value of 1, indicating that the term is found at the very start of the string. If you use the function to look for the word ‘kids’ then it would return a value of 8 as that comes after ‘basic in my example.’ Of key importance here is that there is a number. If there isn’t a number and instead there is an error, that means that the tag wasn’t found. I will adjust the formula as follows to check if there is a number:
This will return a value of either TRUE or FALSE. But the formula needs to go further than just identifying if the tag was found. It needs to pull in the corresponding value. To do this, I’ll need an IF statement to extract the value from column B:
By freezing the formulas and copying this across the other categories, this formula will now allow me to pull in the amounts correctly based on the tags:
But let’s say you don’t even want to do this, you just want to quickly group the totals without these extra columns. You can also do that with the help of tags.
Summarizing the totals by category
You don’t need to create a column for each group if you don’t want to. You summarize the total in just an array formula. Simply use the formula referenced earlier and include it within a SUM function, while referencing the entire range:
This is the same logic as before, except this time the values will be totaled together. On older versions of Excel, you may need to use CTRL+SHIFT+ENTER after entering this formula for it to correctly compute as an array. But if you’re using a newer version, you don’t need to. If you copy the formula to the other categories, you’ll be able to sum the values by without the need for additional columns:
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In a previous post, I covered how to create a form in Excel. Although I didn’t go over drop down lists specifically, they are one element you could incorporate into them. The problem is that your list can change over time, getting bigger or smaller. And that can make it difficult to maintain if your list isn’t dynamic as it will involve you always having to manually change the range of your drop down list. Otherwise, it could be incomplete or contain blanks. Below, I’ll show you how you can manually change your drop down list in excel and create it without blanks while also making it dynamic so that you don’t need to worry about whether it changes over time.
Setting up the drop down list
First, let’s start with the basics — creating the list. To create a drop down list in Excel, you just need a series of options to choose from. My list is going to be made up of the top 30 places to visit. I’m just going to put those names in a list.
After entering in the list of places into Excel, the next thing I will do is select all the values, and create a named range. This is as simple as just entering a value next to the formula bar, where you see the cell location. I will call this range VacationSpots:
There is no need to add headers or anything else. Just select the values, enter in a name for the list, and hit enter. A longer approach would be to go to the Formula tab and select Name Manager:
Clicking this will show you all of the named ranges in the workbook:
It shows you the named range I created. However, I could also create one from this screen and also Edit my existing range. This is where you would go to make the change manually. Clicking on the Edit button would give you this screen:
As you can, here I can manually change the address as needed in case the list changes. However, this is obviously not optimal as it can be a tedious process if your list changes frequently.
Creating the drop down
Now that my list has been created, I can set up the actual drop down. To do this, I’m going to select a cell and under the Data tab, click on Data Validation. Here, there is a place to enter your list of values:
Under the Allow section, I choose List. And for the Source, I enter the ‘=’ sign followed by my named range, VacationSpots. Now, when I click OK and go to the cell that contains the data validation, this is what I see when I select it:
Clicking on the drop down arrow will show me my list of options, in the same order that they appear in my list:
I can select any of the values and my cell will update accordingly. This is great, but what if I decided to add more items to my list, perhaps 10 or 20 more locations I want to visit? Next, I’ll go the different ways you can create drop down lists in Excel without blanks.
Option 1: Create extra spaces in your drop down list at the very end
Technically this step involves blank spaces, which is not what this post is supposed to be about. However, I just wanted to show you how this could work. If your list has dozens of items, then having extra blanks may not be that big of a deal. For example, say I edit my named range so that it goes to 50 rows. If you do that and include empty cells, this is the biggest problem you’ll face:
My list no longer starts from the top, it goes to the first blank cell. This can be an annoying problem because now it looks like all of my options aren’t there (they are, but I have to scroll up every time). This is probably the main reason people want to avoid having blank values in their lists. If the blank values simply came after all of your selections, that might be more tolerable. But because they impact where your drop down list begins from, it can be a nuisance.
The good news is there is a simple way to get around this. For all your empty cells, enter just a single empty character. Select a cell, hit the space bar, get out of the cell, and copy that value down. Now, your empty cells technically aren’t empty because they contain a space. And by doing so, the drop down list now starts from the top again. You will still have blank values, but this time they will show at the bottom of your drop down list:
If this is acceptable then you can stop here. If you are still intent on getting rid of any possible blank value whatsoever, then head over to the next option.
Option 2: Creating a table to create a nonblank list
This option is the easiest method for getting rid of blank values. What you need to do here is convert your list into a table. Select a cell on your list, click on the Insert tab and then click Table:
Leave the option for headers unchecked and then click OK. You should see something like this:
By default, Excel will apply its formatting and design but you can change the look of it to make it blend in more with your spreadsheet. You can also re-name the header from Column1. Either way, you can now create a new drop down list from this table. Since the values are in range A2:A31 in my spreadsheet, that is what I will enter for my new Data Validation list:
You can either select the range, or enter it in yourself. But if you enter it, you need to include the $ signs otherwise it will not auto-update properly. Now, I’ll go to my list add ‘New City’ to the bottom of the table. When I do that, the table automatically expands which you can notice because I haven’t changed the design and so the colors change:
And if I go back to the Data Validation settings, my source has automatically been updated:
This is a really easy way to make your drop-down list automatically update without the need for any formulas.
If the table you are referencing isn’t on the same sheet as your drop-down list, then you will need to use the INDIRECT function reference it. For instance, if you have created a table called Table1 (which should contain just one column for your list) on a different sheet, you can reference it the following way:
This will allow you to reference the list even if it is on a different sheet.
Option 3: Using a formula to remove the blanks in your drop down list
If for whatever reason creating a table isn’t an option for you, you can still create a dynamic list using a formula. Here, I’ll go back to creating a named range. Except rather than selecting a fixed set of cells, I will rely on a single formula. First, I’ll go back to the Name Manger. I’ll create a new named range. The formula for this can look a bit complex so I will break it down into parts.
First, I’m going to use the OFFSET function. This is because it can allow me to specify a height and width, which is crucial to making this work. My data starts in cell A1, and that’s where my formula will begin:
A1 is my starting point and that is the first argument. The next two arguments are whether I want to offset and move to any adjacent rows or columns. Since I don’t, I leave those values as zeros. It is the next argument that is critical, as it relates to the height. Here is where I will use a COUNTA function. I want to count the number of nonblank values in my list. My formula looks as follows:
I will embed this within my previous formula:
For the width, I will set the last argument to 1, since I don’t want to include any extra columns. Here is my completed formula:
You always want to used $ signs in named ranges so that they don’t move on you. Now that this is set up, I can use this NewRange as my Data Validation source. And just like with a table, whether the list gets bigger or smaller, my named range and the drop down list will automatically update.
However, what if your list contains some formulas that look blank but really aren’t? Formulas are a great example of cells that can look empty even if they aren’t. The COUNTA function will count these values and you could again be back to square one with additional blank values. One way you can get around this is by counting the cells that are blanks, and subtracting that from the total rows. The formula would look as follows:
Using this, you should correctly arrive at the number of cells that contain text and that aren’t blank as a result of a formula You can then insert that formula in your named range, in place of the COUNTA formula:
As you can see, this method isn’t the easiest and that is why I left it for the end. However, there are multiple different ways you can create a drop down list in excel without blanks. But it’s important because by removing blanks, it will make your form or spreadsheet look more polished by not having blank values in them.
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Charts can be great tools to help visualize data. And sometimes, you will want to combine different types of information in one place. That can be tricky because if the scales are different, information may not display the way you would like it to. If something is shown in percentages while another value is in thousands, it isn’t going to be helpful to show that all on the same axis. That is where having a secondary axis can help you show all of that information on just one visual.
Below, I’ll go over how to do that using data from the Bureau of Labor Statistics. I will plot the unemployment rate against the average hourly earnings.
Creating the chart
The first step involves putting all the data together. If you want to follow along, you can download my data file here. This is an excerpt of what my DATA tab looks like:
Next up, I’ll create a Bar Chart by clicking on the data set, selecting the Insert tab and then choosing the option for a clustered column. At first glance, the chart doesn’t look terribly easy to read:
Since the hourly earnings are always above 25, those bar charts aren’t terribly helpful as they make it more difficult for the unemployment rate numbers to stand out. One thing I can do to make this a bit easier to read is to change the chart types.
Use a combo chart and a secondary axis to help display the data more effectively
Before I add another axis, I will first change up the look of these charts by using a combination. Rather than using bar charts for both data series, I’ll use a line chart for the average hourly earnings. Since those values are higher than the unemployment rate, it will help separate the data.
To change the chart type, right-click on the chart and select Change Chart Type
Select Combo on the bottom and off to the right you will see the an area where you can choose the chart type you want for each data series:
By default, Excel has determined I probably want to use a line chart for the average hourly earnings, which is correct. However, I could change it to something else altogether. You will notice this is also where you can check off to use a secondary axis.
While the chart will work fine even without this option, you can see from the preview there is a big gap between the bar graph and the line chart. In the interest of minimizing white space, I will check off the secondary axis for the average hourly earnings. Once I do that and click OK, my chart looks as follows:
You can see the chart now tells a much different story and shows that in the early months of the pandemic, the average hourly earnings spiked. This could possibly be due to a combination of higher-paid earners being less impacted by layoffs and being able to work from home and at the same time, low-wage workers who weren’t laid off may have received bonus pay if they worked in some retail stores. Either way, it definitely shows a much different story than if I didn’t use the secondary axis.
The axis to the left is the primary axis and relates to the unemployment rate. The one on the right is the secondary one and is for the average hourly earnings. This is an important distinction to keep in mind as you can easily be confused if you are not sure which axis relates to which chart. But having the secondary axis makes a big difference to my chart. This is what it would have looked like if everything was just on a single axis:
As you can see, it’s not as easy to visualize the data because of that big gap between the two chart types and them sharing the same scale. As a result, the spike in average hourly earnings is less pronounced than when using a secondary axis.
If you have yet another data series, you can also decide whether to plot that on the primary or secondary axis as multiple charts can be plotted on a single axis. However, if neither one is a good fit then that may be a sign that it is time to consider making a separate chart altogether.
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In a previous post, I covered how to add checkboxes. Now, I’m going to go a step further and show you how you can create a form in Excel from start to finish. And at the bottom of the page, you can download a file that you can use for your own custom forms. It will incorporate, list boxes, checkboxes, validation rules, and allow you to move the data onto a separate sheet. For now, let’s start from scratch.
Step 1: Determine the data you want and how it should be entered
The first step in creating a form in Excel is determining what information you want to collect. In this example, I’m just going to include name, address, city, state, email, a checkbox to confirm if it is okay to contact the person, a rating, and an area for comments. It is also important to determine how users should enter these values. While it’s easy to leave everything as text, that can make it difficult to ensure someone doesn’t enter invalid data. And if the data is not useful, it will defeat the purpose of the form.
Here are the types of inputs I’m going to use for my fields:
State: List box
Contact confirmation: Checkbox
Rating: Radio button
Next, let’s work on the form’s design.
Step 2: Designing the form and creating the inputs
One thing I did to help make the form cleaner from the beginning was to turn off gridlines. You can do that by going to the View tab and unchecking Gridlines under the Show group:
This will make your form look more like a form and less like a regular Excel sheet. Another thing you can do is in that same section, unselect the Formula Bar and Headings, which will add more white space and are unnecessary if someone is just filling in a form. However, you may want to save this for the end when your form is done.
Since an Excel form can come in all shapes and sizes, the one thing that may help you in the design process is to set every column to a width of 2. This way, it will be easier to maneuver in case one field needs to be bigger than another without having to try and force everything to be a similar length.
As for the input fields, there are a few things you will want to do:
Make sure they are long enough. A good way to test this is by entering a long value, or what you might think will be the longest value into each field and then adjusting its length so that everything displays correctly.
Assign a named range. This is useful to keep things organized and it will make it easier for you to refer back to the field later on if you only have to remember its name, as opposed to its cell reference.
Now, let’s move on to creating the fields in the Excel form. What you can do for text entries is to just add some outlining and highlighting to existing cells. A subtle light grey can be a good way to indicate that is an input value. And I’ll also add a border to help make these fields stand out. If you set the column width to 2, you’ll also need to merge the cells as needed.
For the State field, I’ll go back to the Developer tab where I will select the option for a List Box from the Form Control section — which is next to the Radio Button on the right. When in doubt, you can hover over each control to see what it is.
After creating the List Box, I need to populate the list plus link to a cell where the selected value should go. I’ll start with creating a range of cells for all 50 states and then assign a named range for them called StateList.
Then, I will set up a named range called StateNumber for the linked cell. Here is what the List Box control shows when I go into Format Controls and select the Controls tab:
But this is not enough as the list box returns a number, not the state’s initials. I will need another cell to pull that in. I created a named range for State and here is what my sheet looks like:
In the list box, I selected MT, which returns a value of 26 in the StateNumber range. To extract the state’s initials, I need to use a formula to get that. Since I’m getting the data from one column, I’m just going to use the INDEX function. Here is what the formula in the State named range looks like:
It is looking at the StateList and pulling out the row that relates to the StateNumber. Since MT is the 26th selection, that is the value that gets returned. So now my List Box is working correctly. What I like to do with these named ranges is to hide them so that the user doesn’t see all these intermediate steps. All it takes is to just move the List Box over top of these cells:
And just like that, the user only sees their selection and not the calculations afterwards. You could certainly use a drop-down list for states but I thought I would try something different and more user-friendly for this example.
Next, let’s go to the email field. This can be tricky because although you want this to be text, you also want to control what a user enters to avoid a possible error. You can’t guarantee the email will be correct but you can take steps to at least prevent some errors. The key here is going to be to create a data validation rule. There are two things that should be present in email addresses: the @ sign and a period. To create a data validation rule, select on the cell and click on Data Validation under the Data tab:
There are many rules you can set up such as limiting the entry to fall within certain dates, making sure it is a whole number, or that it is from a drop-down list. But this situation is unique and will require a custom formula.
To check for both the period and the @ sign, I will need to use the FIND function and check that the value is a number (which means that it was found). Here’s how that looks inside of an AND function:
Since I set the field to a named range of ‘Email’ it is easy to reference it without worrying about whether I have selected the right cell. If I put this calculation in the formula section, now you won’t be able to enter a value that doesn’t include both a period and an @ sign. In addition, you can also specify the error alert and determine what pops up if someone enters something different that violates these rules. However, that’s not necessary as they will get an error anyway.
Now, I’ll add the checkbox for the email. This again comes from Excel’s Developer tab and the Form Control section. Simply select the checkbox and set up a linked cell. If you want more details on this, refer to the link at the top of this post for a more detailed outline of how to add checkboxes. I have positioned the checkbox right below the email field:
Next, I’ll add some radio buttons to allow someone to leave a rating. These are useful if you want to specify a number. Here I will go back to the Developer tab and create some radio buttons and re-size them so they don’t take up much space. Unlike the other controls, you will want them to all have the same linked cell; the purpose of radio buttons is that there is only one selection. Here is how I added them, just below the numbers that they refer to:
The radio buttons will automatically increment on their own so if you don’t pay attention to what order you’ve added them in you may get some unexpected results.
Lastly, I will add a large comment box where people can leave detailed comments. This can just be a large merged cell that takes up more space.
But the one thing you will want to do is make sure that Wrap Text is selected so that the comment fits in the box. And you will probably want to align it so that it is in the top left corner of the cell:
Then, when I enter the text it looks correct:
Here is what my completed form looks like:
It looks good, but we are still not done. Something needs to happen with these inputs otherwise the information goes nowhere. Let’s go over that next.
Step 3: Storing the data from the form in an Excel sheet
If you are sending just a single form over for someone to enter data in, what you can do is create an output page that will link to these values. Since they are all named ranges, you can easily reference back to them as such:
In the above example, if you created a named range called Name for the first field, it will pull in the data from there. On an output sheet, you might have formulas and values that look like this:
In column B I am showing the formulas. You can keep this tab hidden if you want it out of sight. You can even go one step further and make them very hidden.
Not sure whether your fields should go horizontally or vertically? In most cases, you’ll actually want them going across the top. When in doubt, consider the number of fields you have versus how much data you will be entering into the sheet. If you will have dozens of results that you will need to populate (or more), you probably don’t want to be cycling through that many columns; rows are easier to scroll through and that’s why it will probably make more sense for the fields to go across the top.
Once you have your output tab set up, you can copy the values you get back from these forms and start populating a database.
But what if you are doing data entry and need to make these entries multiple times and need the data to push to the output tab automatically after each entry? This is where you will need to set up a macro and need a button to trigger this movement onto the output tab. If you’d like to see how that code might work or just want a ready-to-use file that you don’t have to mess around with, you can download this free template.
The template will grab the input values and based on the named ranges, it will populate them in the output tab once you click the Post button on the main page. If there isn’t a named range that matches to a header on row 1 on the output tab, the data just won’t get copied over. Give it a try!
One additional step you may want to consider is locking down the form in Excel to make sure people don’t accidentally move things around or delete any formulas. You can protect the workbook and the individual sheets do that. Click here for information on how to lock cells.
If you liked this post on how to create a form in Excel, please give this site a like on Facebook and also be sure to check out some of the many templates that we have available for download. You can also follow us on Twitter and YouTube.
One way you can make a form in Excel more user-friendly is by adding checkboxes to it. There are a few different ways you can do this which I’ll cover and I will also show you how you might incorporate this into a sample pricing sheet.
What you need to do first before you can add checkboxes
Before you can access the necessary form controls, you first need to ensure that the Developer tab is enabled on Excel. If you already have it enabled, you can skip to the next section. If you don’t see it on the Ribbon, then you will need to first go into Excel Options (on Office 365, you’ll find this on the File tab and then at the bottom there will be an Options button; other versions will vary). Once there, you’ll want to select the Customize Ribbon button. Off on the right, you will see a checkbox for the Developer tab:
Once you click OK, you should see the Developer tab on your Ribbon. If you’ve left it at the default position, it should be right next to the View tab.
Next, let’s set up add some checkboxes in Excel!
Method 1: Using ActiveX Controls
On the Developer tab, you’ll see a section for Controls and by clicking the Insert button you’ll see two areas: one for Form Controls and the other for ActiveX. There are checkboxes for both. First, I’ll cover how to use the ActiveX checkbox.
Once you click on the checkbox, your mouse will turn into a cross and what you will need to do is drag and create a rectangle/box for your checkbox to go in:
To modify the checkbox, you will need to right-click on it and select Properties. There, you will have the following options:
There are a lot of fields here but the main ones to focus on for now include the Caption field and LinkedCell. The caption is what shows up next to the checkbox. To keep things clean, I suggest leaving this blank as that will allow you to make the size of the checkbox control smaller. It will be easier to fit it inside of a cell and prevent it from taking up much room. The LinkedCell value is which cell you want to update once you click on the checkbox. There, it will return a True/False value depending on if the checkbox has been ticked or not.
In my example, I have cleared the value of the caption and set my LinkedCell to B1 — the checkbox has been shrunk down to fix into cell A1.
But before you can interact with the checkbox, you need to get out of Design Mode. When you first start inserting the ActiveX control, Excel puts in you this mode so that you don’t accidentally trigger the control. This is also found on the Developer tab, and you will just need to click it so that it is unselected. This is what it looks like if you are in Design Mode:
And this is with it off:
Now that it is turned off, you can test your checkbox. Initially, it may show a greyed out image like this:
This is because your linked cell doesn’t contain a true or false value yet but that will change once you click it:
If you decide you want to change how your checkbox looks, you’ll need to go back into Design Mode, otherwise clicking it will just toggle it from checked to unchecked. If you want more checkboxes, just follow these steps (or copy the existing checkbox) and reference a different linked cell. This is important because if you just copy the checkbox without entering a new cell to link to, they will all link to the same one.
Next, let’s go over the other way to insert checkboxes.
Method 2: Using Form Controls
To create a checkbox using a form control, you will again go to the Developer tab except this time you will select the checkbox from the form controls section. The process will be similar in that your cursor will convert to a crosshair and you can expand the control to be as large or as small as you need it to be.
One main difference you’ll notice with the form controls — they don’t put you into design mode immediately. This means your checkbox is live right away. To set the properties, right-click on the control and click on Format Control. Here, you will want to go under the Control tab, where you will see the following:
The only thing you will need to worry about here is selecting the cell you want the checkbox to link to. You can type it in or click on the up arrow to select the cell. The 3-D shading option will make the control look more like the ActiveX checkbox, which looks sunken. Otherwise, the default form control checkbox looks as follows:
As for the caption that shows up next to the checkbox, if you want to change that, right-click on the checkbox and select Edit Text.
Overall, there isn’t a huge difference in which check box you decide to use. The form control may be preferable only because you don’t have to fumble around with the Design Mode. But either one can get the job done for you.
Using the checkboxes in a pricing template in Excel
Now that you know how you can create the controls, I’ll show you an example of how you might implement them in a spreadsheet. A good one is a pricing list that you might give a customer to determine which options they want to choose. Here’s an example of what that might look like:
The way the template works is by having the linked values hidden; I don’t want the user to see a series of true/false values. And then using IF statements, I can do a lookup on a pricing table to say that if something is checked off, the price gets pulled into the pricing sheet. Since you can’t alter the linked cell without impacting the checkbox itself, using another cell to bridge the gap helps bring everything together.
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There are a few different ways you can pull stock prices into Excel. You can use the new STOCKHISTORY function, pull data from Google Sheets which has a native stock function, or you can also use Power Query. In this post, Power Query is what I am going to focus on and show you how you can pull data right from Yahoo Finance. Of course, if you don’t want to do it yourself, I also have a template that is ready to use and download (at the bottom of the page).
Creating the query
For this example, let’s pull Apple’s stock history for the past month. To do this, we can simply go to the Yahoo Finance page that shows the stock’s recent price history, located here and select any interval, whether it is five days, one month, or three, it doesn’t matter.
To get the complete data set, I’m going to copy the actual CSV download link from that page, not simply the URL. That way, it is possible to pull a much wider range than the default of 100 days.
I’m going to use that link to set up the query. To create it, go into the Data tab, select the From Web button next to Get Data:
On the next page, you’ll be given a place to enter a URL, and this is where I am going to enter the download link from Yahoo Finance:
Click on OK and Power Query will connect to the web page. Next, you will see a preview of the data and if it looks okay, you can just click on the Load button:
Then, the data will load into your spreadsheet and it should look something like this:
If that’s all you need, you can stop here. The only downside is if you wanted to look at a different ticker or change the date range, you would need to get a new link, and update the query manually, which is not ideal at all. This can be automated and takes a little more effort but it can be done by adding some variables and making some tweaks to the query.
Setting up the variables
In Power Query, you can utilize named ranges. In this case, I’ll set them up for the ticker symbol, as well as the start and end dates. That way, I can pull up a stock’s history for a specific time frame. The three named ranges I’m going to create are called Ticker, StartDate, and EndDate which can be entered all in the same place:
For the dates to work on Yahoo Finance, they need to be converted to a timestamp. This is what that calculation looks like:
Where A1 is the date. This is what the dates look like when converted into this format:
Those timestamps are needed for the Yahoo Finance URL to populate properly. These are the values that need to be tied to a named range.
Next, these ranges need to be coded into Power Query. To do this, click anywhere on the table that the query created, and you should now see a section for Query in the Ribbon and click on the Edit button:
That will launch the editor. From there, you will want to click on the Advanced Editor button:
Then, you’ll see how the query is coded:
You can see the source variable is where the URL goes. To insert a named range from the Excel document into this code, we need to use the following format:
To keep things simple, I kept the name of the variable the same as the named range within the Excel file. Here is what the editor looks like after adding in the variables for the ticker, start date, and end date:
The one thing that I still need to adjust is the source. This is a hardcoded URL and it needs to be more dynamic, utilizing the variables.
In this part, I’ll need to adjust the query carefully to ensure that it is generated correctly. I will put the ticker variable where the ticker should go, and put the start and end dates (in Unix format). This is an excerpt of how the updated source data looks like:
Note that for the start and end date named ranges, I included the = sign to ensure the variable is read as text.
Now that the source is changed, all you need to do is update the variables and click on the Refresh All button on the data tab, and the table will update based on what you have entered.
If you want to download my template, you can do so here.
If you liked this post on how to get stock quotes from Yahoo Finance using Power Query, please give this site a like on Facebook and also be sure to check out some of the many templates that we have available for download. You can also follow us on Twitter and YouTube.
If you’re creating a dashboard or just want to visualize your data by what part of the world it’s coming from, a map chart can be a great way to accomplish that. Below, I’ll show how you can use a map chart to show data points at regional and global levels. And while you technically can’t use them with pivot tables, I’ll show you how you can use slicers to seamlessly drill down and dynamically update your chart.
Creating a global map chart
It should be easy to tell if the map chart is available on your version of Excel as the Maps icon stands out in the chart section:
If you see the maps option, then you have a compatible version to work with.
To set up the data to work with the maps chart all you need is a simple table that shows a location along with a value. In this example, I’ll focus on different country data. My data set shows the GDP per capita (in U.S. dollars) by country, courtesy of the World Bank. Here’s what a glimpse of what it looks like:
This table doesn’t look terribly great in text and it’s an ideal thing to visualize on a map. As long as your data looks like this and the country names are correct, you can just select this data set and go to insert the map chart, and you’ll get something that looks like this:
As you can see, the dark blue parts of the world have the highest GDP per capita while the lowest shades are on the bottom end of that scale. And the areas in grey do not contain data.
The map automatically adjusts based on how many countries you have included in your data set. If I only include data for Canada, the U.S., and Mexico, my map looks like this:
One of the cool things is you can really zero in on specific regions depending on your data set.
The one thing you might be disappointed to learn is that this type of chart does not work with pivot tables. But in the next section, I’ll show you how you can still drill down on the data and the chart using slicers.
Using slicers to break down the data
Using data from the Bureau of Economic Analysis, I downloaded data for per capita income by county in the U.S., below is what the table looks like:
I had to do a bit of cleaning up the data to ensure that every line contained the state. And it’s also important to convert this into a table so that slicers will work with it.
With the maps chart, one of the things you’ll notice is you need to provide enough of a trail for Excel to be able to determine which location you are referring to. Cities, for example, could have the same names in multiple states or countries. And that’s why whether you’re looking at counties or cities, the more information you provide Excel, the more likely the chart will come out as you want it to.
When you first create a map chart it may not look as you expect it to as it could get the categories all wrong, especially if you have multiple fields. You’ll want to make sure that your series and categories are correctly set up if something looks off.
Under the Series, you should only have your values, such as in my example where it only contains per capita income:
If there’s anything else in there, you may need to delete it and adjust your range. And for your values to show up as a scale (which I’d recommend, otherwise you’ll see a big legend with many colors), you’ll want toedit the legend and make sure the following option is selected:
You may also need to adjust the Horizontal Axis to ensure it includes all of your category columns. Again, this is if your map doesn’t look correct and the regions aren’t showing up correctly. Here is how my horizontal category axis looks like, showing both state and county:
If it’s all set up correctly, your map chart should look something like this:
Now, because this is county-level data, it’s not easy to conceptualize what you’re looking at. But with the help of slicers, you can easily jump to different states. Since the data is in a table, you can add a slicer for the state. If you’re not familiar with how slicers work, check out this post. Although that’s for pivot tables, they’ll work the same within a table.
Once the slicers are in place, you can easily jump through and toggle between the different states. Doing so will automatically adjust your map chart which will now focus in on that specific state, just like when it narrowed in on North America when I only had data for three countries:
Just like with any other chart, you can hover over and see what the values are and the name of the county.
If you liked this post on how to make a map chart in Excel please give this site a like on Facebook and also be sure to check out some of the many templates that we have available for download. You can also follow us on Twitter and YouTube.
Is your spreadsheet running slow or constantly freezing and crashing on you? There are many ways you can make it quicker and more efficient. Below, I’ll cover seven different ways you can fix some of the more common reasons your file may not running well.
1. Turn off calculations for the workbook
The first thing you can do is to turn off calculations. If you don’t need your data to constantly be updating, then the easiest way to ease the load of your spreadsheet is to make sure those formulas don’t keep calculating. To do this, you can go to the Formulas tab and under the Calculation group, select Calculation Options and choose Manual:
You can always turn the formulas back on and use F9 to do a force calculation. But if you don’t want to re-calculate everything, a quick trick you can do is to use Find and Replace and replace the equals sign (“=”) with equals. It seems redundant but doing this will refresh your formulas and recalculate the range you selected. This can be an easier alternative to enabling calculations for everything and then having to wait for every calculation to update.
The danger with turning off calculations is that you could end up looking at data that hasn’t been updated and potentially incorrect values as a result of that. This is why you’ll always want to be careful when turning off calculations for an entire workbook.
2. Turn off calculations for individual worksheets
If you don’t want to turn off everything, you can turn off the calculations for specific worksheets. Although there isn’t a way from the calculation options to specify which sheets to turn off, you can do this through a macro.
To do this, go into visual basic (ALT+F11) and go into the ThisWorkbook object:
We’ll want to turn off calculations when the workbook is first opened so you don’t have to remember to do it later. The initial subprocedure looks as follows:
Private Sub Workbook_Open()
To turn off a calculation, you just need a single line of code:
Worksheets(“Sheet1”).EnableCalculation = False
Then entire subprocedure look as follows:
Private Sub Workbook_Open()
Worksheets(“Sheet1”).EnableCalculation = False
Where Sheet1 is the name of the sheet that you want to turn calculations off for. And if you want to turn them back on, you change the value from False to True.
This isn’t the easiest option, especially if you aren’t familiar with macros or don’t want to worry about coding anything. But with VBA you can turn off the calculations and then use a button to turn them back on.
3. Separate the data into multiple tabs
If you have a data set that includes multiple years worth of data, you may want to consider breaking it up. Have one tab for the current year, one for the previous year, and so on.
Using the INDIRECT function, you can refer to different worksheets in your file. By naming a header the same name as a tab (e.g. ‘2020’), you can make your formulas dynamic and pointing to a different worksheet as opposed to one very large tab. Looking up 10,000 rows in one tab versus 50,000 rows in a massive collection of all your data can significantly improve the time it takes for your calculations to run.
4. Separate data into multiple files
A more drastic move than breaking up data into different tabs is moving them onto completely different files. If you’re carrying lots of old data into one big spreadsheet, consider archiving some of it and saving it in another file. Unless you really need access to the old data all the time, it might make a lot of sense to break up your files and to keep your current version as lean as possible. You could even have your data on one file and a separate file for your reporting while using PowerQuery to create a snapshot of your data and simply refreshing it as you need it.
5. Use COUNTA and INDIRECT to limit the scope of your calculations
The INDIRECT function can also help you to ensure your formulas don’t include too many rows or columns. If you select an entire column to run your calculations on rather than just the first couple hundred rows that actually have data in them is another way you can slow down your spreadsheet.
To do this, you can use the COUNTA function on a range to determine how many cells have values in them. The formula is a simple one that you can run on an entire column:
Then, using the INDIRECT function, you can write a formula that does something like this:
B1 in the example above contains the COUNTA formula and will give you the total number of rows that are used. Rather than doing this:
and selecting everything in column A to sum up, you can shrink your range down using a combination of the INDIRECT and the COUNTA function. This can be a time-saver when you’re dealing with complex calculations, especially if there are thousands of rows of data.
6. Minimize formulas and utilize pivot tables where possible
Another way to cut down on resources is to make use of pivot tables. Pivot Tables are more efficient than formulas and using them can help make your spreadsheet run smoother. The one drawback is that they’re not as flexible as formulas are. Refreshing the data also takes seconds and you don’t have to worry about turning calculations off.
7. Make sure your worksheets aren’t too big
Large files can take long to open and they freeze up a lot. A common problem I see is that worksheets are sometimes thousands of rows long even though there’s nothing there. This can happen if you download a large data set into a sheet and clear it out later. And although those rows may no longer be occupied with data, they’re still technically taking up space. This can add several MB onto a file and make it a lot more difficult to run.
How can you spot this issue? An easy way is to cycle through the tabs and click CTRL+END. You’ll be taken to the last cell in your sheet. If that takes you far beyond your last row or column of data, then that tells you your sheet is using up more data than it needs to. What you can do is delete all the cells in between the last cell (using CTRL+END) and the last cell that actually contains information in it. Then, save the file. You should see your file come down in size. Do this for each worksheet that has this issue. Even though the cells appear to be empty, they can be making your file unnecessarily large.
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When you have created formulas in Excel, you may want to extend and increment them down to other cells. In many cases, you can just drag down a cell that contains the formula and pull it down so that it automatically gets copied. However, there’s a problem if you need to increment a formula or number in an argument. Below, I’ll show you an example of this and how you can address it in multiple scenarios.
Let’s start with just pulling the largest value in a data set. Using the LARGE function, you can grab the largest value with a formula of =LARGE(A:A,1) — that will give you the largest value in column A. However, you’ll notice quickly that just copying this formula down won’t work as expected, it’ll keep copying the 1 in the second argument down; you will continue extracting the largest value. Sometimes Excel just isn’t good at detecting patterns. But there are ways you can adjust the formula to ensure your formula is incrementing correctly.
Option 1: Using an Additional Column
In a separate column, you could list the numbers 1 until 100 or whatever range you needed to and reference those. In the example below, I can pull the largest 10 items using the LARGE function and a referencing the cells to the left:
The problem with this approach is that it isn’t always practical within a spreadsheet, especially if you don’t have room to spare and don’t want to be creating extra columns for the sake of what should be a simple calculation. It may also be difficult to determine what the upper limit should be. That’s where the second option is going to be a better one.
Option 2: Using the ROW Function
There’s an easy way to adjust the above calculation so that you don’t need to reference the actual number, nor do you need to manually enter it. The trick is to use the ROW function. It returns the row value of a specified cell. If I entered =ROW(A20), it would return a value of 20 for the row value. You don’t need to enter an argument and using =ROW() will just return the row of the cell that contains the formula. The function is particularly useful when you want to increment values because as you drag it down, the results will increase by one each time.
In calculating the largest values, we’ll use the ROW function as the argument to determine which value we want, whether it’s the fifth largest or 20th largest number. Here’s how the initial formula would look like, assuming we wanted to start with the largest value:
In the above formula, the calculation will return the largest value since ROW(A1) will return a value of 1. Now, if the formula is copied down, here’s what it will look like:
By copying down the formula, ROW(A1) changed to reflect the next row. Excel does a better job of detecting patterns when they’re part of a function as opposed to just standalone numbers. Using the ROW function eliminates the need for the extra column. And as you’ll notice, the results are the same as in the earlier example.
This is just one example and there are many others where you can use the ROW() function to your advantage and increment values down. If you need to increment as you’re going to the right instead of down, then you’ll want to use the COLUMN function, which effectively does the same as the ROW function, only it’ll pull the column number that a cell is in.
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