**How to Make a ****Histogram Chart** in Excel [Step–By–Step]

**How to Make a**

**Histogram Chart**in Excel [Step–By–Step]

*Written by co-founder Kasper Langmann, Microsoft Office Specialist.*

A histogram is the best chart you can use to **illustrate the frequency distribution of your data**.

Before Excel 2016, making a histogram is a bit tedious. But now, you can make one in a matter of seconds.

In this article, we’ll look a bit deeper at what histogram is, its advantages, when not to use it, and how to make one.

Let’s hit it!

**This tutorial is for Excel 2019 for Windows. Got a different version? No problem, you can still follow the exact same steps.*

**What Is a Histogram?**

A histogram is a **popular analysis tool **used in the business world.

Basically, it is a **representation of data points into ranges**. It compresses the data for easy interpretation by grouping the points into ranges or bins.

To use a histogram, you have to make sure you can “bin” the values of your data (or divide them into ranges).

With this, you’re able to see and interpret the frequency — the underlying distribution of your data.

Histograms answer the question: **“how many points belong to what range”**.

**Why Use a Histogram?**

Despite the different visuals and charts in Excel, why use a histogram? What can you possibly gain from it?

Here are some advantages of a histogram:

**1. Spot and track special trends**

If you’re plotting a time-related data, a histogram can help you spot and track trends.

For example, you noticed that the complaints you received every month seem to have a pattern. So, you started tracking the number of complaints you receive over a 12-month period.

Plotting the distribution frequency of the complaints might reveal specific months when the number of complaints spike.

**2. Checking Distribution Equality**

Histograms are a great way to verify the equality of data points distribution.

From a glance, you’ll immediately see whether you had equal distribution or not.

**3. Data Spread**

Basically, the bars in a histogram represents the data points belonging to that range.

One look and you’ll know how the data is spread among the ranges.

Now that you know why histograms are useful, let’s talk about how to create one.

**Using the Built-In Histogram Chart**

This is the easiest and fastest way to make a histogram in Excel. However, only Excel 2016 version and above have this capability.

Histogram charts belong to one of the 6 new charts introduced in Excel 2016.

To start, let’s say you’re someone who just took over a software company called ‘Digital Maker’ with 150 employees.

Now, you wanted to see the salary distribution on the company so you asked the HR to give you a copy.

Here’s a copy of the spreadsheet they gave you (the HR asked to blot out the names of the employees for their sake 😉):

The first step is to **highlight the range of data **including the headers. In this case, it’s **A2:B152**.

**Pro Tip: Extend the Selection to the Last Cell Down**

If you have big data, using a mouse would only slow you down. Use keyboard shortcuts instead.

**Hold down Shift and click the first cells of the columns **that have your data. In this case, it’s **A2 **and **B2**.

Then, **while still holding down Shift, hold Ctrl (Command for Mac) + Arrow Down**.

After you highlight the data, **click ‘Insert’ from the tab list**.

After that, **click on the ‘Insert Statistic Chart’ **and **select Histogram’**.

Now you have a histogram based on the data set.

**Changing the Axis Formats**

There are times when you have to change how the values are presented in the chart.

Excel

automatically computes the best values to showin the vertical axis and horizontal axis of your histogram.

If you need to change them, you can do so easily

For instance, you want to change the maximum value displayed on the vertical axis to 50.

**Right-click on anywhere on the vertical axis **and **select ‘Format Axis’ from the dropdown**. This will open a window on the right-hand side of your screen.

Then, **change the ‘Maximum’ value to 50 **and **press Enter**.

If you decide later on to

restore the value to what Excel initially computed, go back to this window andpress the ‘Reset’ buttonbeside it.

Of course, you can also change the number of bins and the bin width of your histogram.

To do so, **right-click on anywhere on the horizontal axis **and **select ‘Format Axis’ from the dropdown**. Like earlier, this will open a window on the right-hand side of your screen.

To change the bin width, **replace the number beside ‘Bin width’ **with what you have in mind and **press Enter**.

Let’s say you want to change it to 500.

The bin width is the size of your bins. It’s the difference between the ranges showed.

The default is 590 which gives you bins like [2,031, 2,621], [2,621, 3,211], etc…

After changing the width to 500, it becomes [2,031, 2,531], [2,531, 3,031], etc…

You can change the number of bins in the same way.

Let’s say you want to have 7 bins, then simply **change the current ‘Number of bins’ **and **press Enter**.

Of course, doing this will change the bin width and sometimes, the frequency too.

Here’s what it currently looks with 6 bins:

After changing it to 7 bins, here’s how it looks now:

**When Not to Use a Histogram?**

Knowing when to use one is important. But it’s also imperative to understand when you shouldn’t.

Because histograms are designed to show the distribution of frequencies (only), you can’t expect to see individual data on specific points.

If that’s what you need, you’re better off using a bar graph.

Histograms are different from pie charts. Although both offer visualization of groupings, they don’t have the same purpose.

Pie charts are used to illustrate the relationship of a point against the total whole.

Lastly, a histogram can’t be used to show changes over time. You can only see the distribution of points over a time period. Line charts are the best tool for such a job.

**Conclusion**

Histograms **outshine other graphs at presenting the distribution frequency of a data**. And with the recent addition of Excel’s built-in Histogram chart, you can create one in just a matter of seconds.

When in doubt,

check first if the purpose you have in mind is related to your data’s distribution frequency. If yes, then a histogram is what you need.