**Distribution Charts** help to visualize and analyze data more quickly and in a meaningful way. With this in mind, this article demonstrates useful methods for how to create a distribution chart in Excel.

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**2 Methods to Create a Distribution Chart in ExcelÂ **

Fortunately, you can easily represent this dataset in a **Distribution Chart **using **Microsoft Excel**. So, without further delay, letâ€™s dive into the methods!

**1. Creating a Frequency Distribution Chart in Excel**

A **Frequency Distribution** or **Histogram** represents the data in ranges or bins, making it easy to interpret the data.

Letâ€™s say we have the information for **Oakmont Ridge Golf Club** shown in the **B4:C14 **cells below. Here, the dataset shows the names of the club **Members **and their **Ages** respectively.

**1.1Â Applying FREQUENCY Function to Make Frequency Distribution ChartÂ **

For our first method, weâ€™ll utilize the **FREQUENCY** **function **to create a frequency **Distribution Char**t or **Histogram**. So, just follow these simple steps.

đź“Ś __Step 01: Calculate Bins andÂ Frequency__

- At the very beginning, add a column for the bins, in this case,
**Age Bracket 1**.

Now, in this dataset, the *Age *value starts at **25**, so we set the starting value of the bin to **20**. In addition, we chose a **Bin Size** of **10**.

- Then, we enter the expression given below.

`=E7+$G$4`

Here, the **E7** and the **G4** cells represent the **Age Bracket 1** and **Bin Size** respectively.

It is important to note that you must lock the **G4 **cell reference with the **F4** key on your keyboard.

- Next, we calculate the
*Age Bracket 2*as shown below.

`="<="&E7`

In the above formula, we combine the less-than-equal sign (**â€ś<=â€ť** ) with the **E7** cell using the **Ampersand **(**&**) operator.

- Following this, type in the expression given below.

`=E7+1&"-"&E8`

In this expression, the **E8** cell refers to *Age Bracket 1*.

- In turn, add the frequency column with the header
**Number of Member**and enter this formula.

`=FREQUENCY(C5:C14,E7:E13)`

In the above formula, the **C5:C14** and the **E7:E13** cells indicate the *Age* and the *Age Bracket 1 *columns respectively.

đź“Ś __Step 02: Insert the Chart and Add Formatting__

- Secondly, select the
**Age Bracket 2**and the**Number of Member**columns. - Next, go to
**Insert > Insert Column or Bar Chart > Clustered Column**.

- Then, double-click on any of the bars to open the
**Format Data Series**window. - Now, set the
**Gap Width**to**0%**.

- Following this, go to
**Border > Solid Line**and choose a**Color**. In this case, we chose**Black**.

- Lastly, insert
**Axis Titles**from the**Chart Elements**option.

Eventually, the results should look like the below image.

**1.2Â Using Data Analysis ToolPak to Create Frequency Distribution Chart**

If youâ€™re hoping for a shortcut, then I have some good news for you! Here, weâ€™re going to utilize the **Analysis ToolPak** to create the **Frequency Distribution Chart**. Now, allow me to demonstrate the process bit by bit.

đź“Ś __Steps:__

- Initially, navigate to
**File****>****Excel Options**.

- Now, a dialog box opens where you have to click the
**Add-ins > Go**button.

- In the next step, choose the
**Analysis ToolPak**option and click**OK**.

- Then, go to
**Data > Data Analysis**.

- From this list, choose the
**Histogram**option.

- In turn, enter the
**Input Range**,**Bin Range**, and**Output Range**as shown below. In addition, check the**Chart Output**option.

Consequently, you should get the following output as shown in the screenshot below.

**1.3Â Inserting Frequency Distribution Chart Pivot Table**

The third and final way to insert a **Histogram** is to use Excelâ€™s **PivotTable** where weâ€™ll apply the **Group Data** feature to make a **Distribution Chart**. So, letâ€™s see it in action.

Considering the **Sales Report** dataset shown below in the **B4:D14** cells. Here, the first column indicates the** Store **number, following that we have the store size in **Square Feet**, and lastly, we have a column for the **Sales **amount in USD.

**đź“Ś**** Step 01: Insert a Pivot Table and Group Data**

- At the very beginning, select any cell within the dataset and go to
**Insert****>****PivotTable > From Table/Range**.

- Next, a dialog box appears in which you have to check the
**New Worksheet**option and press**OK**.

- Then, on the
**PivotTable Fields**pane drag the**Square Feet**and**Sales**fields into the**Rows**and**Values**fields respectively.

Just like that, youâ€™ve made a **PivotTable**, itâ€™s that easy.

- In turn, you can format the numeric values by right-clicking the mouse and selecting the
**Field Value Settings**.

- In the next step, click the
**Number Format**button.

- Following this, choose the
**Currency**option. In this case, we chose**0**decimal places for the*Sales*value.

- Now, select any cell in the
**PivotTable**and right-click on the mouse to go to**Group Data**. - In the next step, we group the store size into bins. Just enter the start value (
**Starting at**), the end value (**Ending at**), and the interval (**By**).

**đź“Ś**** Step 02: Insert Histogram**

- Secondly, select any cell in the
**PivotTable**and go to**PivotChart**.

- This time, choose
**Column > Clustered Column**chart.

- Next, add formatting to the chart using the
**Chart Elements**option.

Finally, the resulting **Histogram** should look like the image shown below.

If you wish, you can learn more about **Frequency Distribution Charts**.

**2. Making a Normal Distribution Chart with NORM.DIST Function in Excel**

In our last method, weâ€™ll make a **Normal Distribution** **Chart**, also known as a **Bell Curve**. But first, letâ€™s dwell a little upon what **Normal Distribution Chart** is.

AÂ **Normal Distribution** **Chart **is a continuous probability function that calculates if an event will occur or not.

Seems quite complex, right? However, Excelâ€™s built-in **NORM.DIST function** makes it easy for us to create a **Normal Distribution** **Chart**. Just follow along.

Assuming the dataset shown below where the student **Names **and their corresponding **Marks** in **Mathematics** are provided.

**đź“Ś**** Step 01: Calculate Mean and Standard Deviation**

- Firstly, create two new rows for the
**Mean**and**Standard Deviation**. - Now, enter the formula shown below to compute the mean
*Marks*.

`=AVERAGE(C5:C14)`

In this formula, the **C5:C14** cells point to the **Marks**. Moreover, we use the **AVERAGE function** to obtain the mean *Marks*.

- In a similar fashion, type in the formula to calculate the
**Standard Deviation**of the**Marks**.

`=STDEV(C5:C14)`

Here, weâ€™ve used the **STDEV** **function** to get the **Standard Deviation**.

- Next, we calculate the values of the
**Normal Distribution Table**using the**NORM.DIST**function.

`=NORM.DIST(C5,$G$4,$G$5,FALSE)`

In this expression, the **C5** cell (**x** argument) refers to the *Marks* column. Next, the **G4** and **G5** cells (** mean** and

**arguments) indicate the**

*standard_dev**Mean*and

**Standard Deviation**values of the dataset. Lastly,

**FALSE**(

**argument) is a logical value determining the form of the function.**

*cumulative*Wow, your **Normal Distribution Table **Â is complete! Letâ€™s insert a chart.

**đź“Ś**** Step 02: Insert Normal Distribution Chart**

- Secondly, select the
**Marks**and**Normal Distribution**columns. - Then, go to
**Insert > Insert Scatter or Bubble Chart > Scatter with Smooth Lines**.

Subsequently, you should get the outcome as shown in the screenshot below.

**Read More:** **How to Make a Cumulative Distribution Graph in Excel**

**Conclusion**

I hope this article helped you grasp how to create a **Distribution Chart** in Excel. If you have any queries, please leave a comment below. Also, if you want to read more articles like this, you can visit our website, **ExcelDemy**.