## Method 1 – Using Pivot Table to Make Frequency Distribution Table in Excel

Let’s take a dataset that includes some salesman’s name, product, and sales amount. We want to find out the frequency between a given amount.

**Steps:**

- Select the whole dataset.

- Go to the
**Insert**tab in the ribbon. - From the
**Tables**group, select**PivotTable**.

- The
**PivotTable from table or range**dialog box will appear. - In the Table/Range section, select the range of cells
**B4**to**D19**. - Select
**New worksheet**to place the PivotTable. - Click on
**OK**.

- Click on the
**Sales**check in the**PivotTable Fields**.

- Drag
**Sales**into the**ValuesÂ**section.

- Change the
**Sum of Sales**into the**Count of Sales**. To do this, right-click on any cell of the**Sum of SalesÂ**column. - In the
**Context Menu**, select**Value Field Settings**.

- A
**Value Field Settings**dialog box will appear. - In the
**Summarize value field**Â**by**section, select the**Count**option. - Click on
**OK**.

- This will count every sales amount as 1. But when you make a group by using those amounts then the count will change according to that range.

- Right-click on any cell of the sales.
- From the
**Context Menu**, select**Group**.

- A
**Grouping**dialog box will appear. It will automatically select the starting and ending by your datasetâ€™s highest and lowest values. You can change it or leave it as is. - Change the grouping
**By**to**500**. - Click on
**OK**.

- This will create several groups. The
**Count of Sales**also changes with this.

- Go to the
**Insert tab**in the ribbon. - From the
**Charts**group, select**Recommended Charts**.

- Use the Column chart for this dataset to show the frequency distribution within a specified range.

**Read More:** How to Do a Frequency Distribution on Excel

## Method 2 – Inserting Excel FREQUENCY Function to Make Distribution Table

To use the **FREQUENCY **function, we take a dataset that includes some student name and their exam marks. We want to get the frequency of these marks.

**Steps:**

- Create a lower range and an upper range manually by studying your dataset.

- Select the range of cells
**G5**to**G14**.

- Copy the following formula in the formula box.

`=FREQUENCY(C5:C16,F5:F14)`

- As this is an array function, we need to press
**Ctrl + Shift + Enter**to apply the formula. Otherwise, it wonâ€™t apply the formula.

**Note**

Here, we take a higher range as bins because the function searches for values lower than the higher range.

**Read More:** How to Create a Grouped Frequency Distribution in Excel

## Method 3 – Applying COUNTIFS Function to Create Frequency Distribution Table

**Steps**

- Take your dataset and create a lower and upper ranges for bins manually.

- Select cell
**G5**.

- Insert the following formula in the formula box:

`=COUNTIFS(C5:C16,"<="&10)`

**Breakdown of the Formula**

**COUNTIFS(C5:C16,”<=”&10)**

Here, the range of cells is **C5** to **C16**. The condition is less or equal to 10. The **COUNTIFS** function returns the total number of occurrences that is less than or equal to 10.

- Press
**Enter**to apply the formula.

- Select cell
**G6**.

- Copy the following formula in the formula box:

`=COUNTIFS($C$5:$C$16,">"&10,$C$5:$C$16,"<="&20)`

**Breakdown of the Formula**

**COUNTIFS($C$5:$C$16,”>”&10,$C$5:$C$16,”<=”&20)**

- For more than one condition, we use the
**COUNTIFS**function. First of all, we set the range of cells from**C5**to**C16**. As our range is between 10 and 20, we set our first condition to greater than 10. - In the next case, we also take the same range of cells. But this time the condition is less than or equal to 20.
- Finally, the
**COUNTIFS**function returns the frequency of the marks between 10 and 20.

- Press
**Enter**to apply the formula.

- Select cell
**G7**.

- Insert the following formula in the formula box.

`=COUNTIFS($C$5:$C$16,">"&20,$C$5:$C$16,"<="&30)`

- Next, press
**Enter**to apply the formula.

- Do the same for other cells to get the desired frequencies. You can modify the formula to reference cells in columns E and F instead of using fixed values, which we’ll leave up to you to practice.

**Read More:Â **How to Find Mean of Frequency Distribution in Excel

## Method 4 – Using Excel Data Analysis Tool to Develop Frequency Table

**Steps**

- Go to the
**File**tab in the ribbon. - Select
**More**then**Options**or pick**OptionsÂ**(depends on the Excel version and window size).

- An
**Excel Options**dialog box will appear. - Click on
**Add-ins**. - Click on
**Go**.

- From the
**Add-ins available**section, select**Analysis ToolPak**. - Click on
**OK**.

- To use the
**Data Analysis Tool**, you need to have a**Bin**range. - Set a bin range by studying the datasetâ€™s lowest and highest values.
- We take the interval
**500**.

- Go to the
**Data**tab in the ribbon. - Select
**Data Analysis**from the**Analysis**group.

- A
**Data Analysis**dialog box will appear. - From the
**Analysis Tools**section, select**Histogram**. - Click on
**OK**.

- In the
**Histogram**dialog box, select the**Input Range**. - We put the Sales column as the
**Input Range**. - Select the
**Bin Range**that we created above. - Set the
**Output options**in the**New Worksheet**. - Check
**Cumulative Percentage**and**Chart Output**. - Click on
**OK**.

- It will express the frequencies and cumulative percentage.

- When we represent this in the chart, we will get the following result.

**Read More: **How to Make a Relative Frequency Histogram in Excel

**Download Practice Workbook**

**Related Articles**

- How to Calculate Upper and Lower Limits in Excel
- How to Calculate Relative Frequency Distribution in Excel
- How to Calculate Cumulative Relative Frequency in Excel
- How to Calculate Cumulative Frequency Percentage in Excel

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