A **frequency distribution **describes how often different values occur in a dataset. It’s a useful way to understand how data values are distributed in a dataset.

Fortunately it’s easy to create and visualize a frequency distribution in Excel by using the following function:

=FREQUENCY(data_array, bins_array)

where:

data_array: array of raw data valuesbins_array:array of upper limits for bins

The following example illustrates how to use this function in practice.

**Example: Frequency Distribution in Excel**

Suppose we have the following dataset of 20 values in Excel:

First, we will tell Excel what upper limits we’d like to use on the bins of our frequency distribution. For this example we’ll choose 10, 20, and 30. That is, we’ll find the frequencies for the following bins:

**0 to 10****11 to 20****21 to 30****30+**

Next, we’ll use the following **=FREQUENCY() **function to calculate the frequencies for each bin:

=FREQUENCY(A2:A21, C2:C4)

Here are the results:

The results show that:

**6**values in the dataset are within the range of 0-10.**7**values in the dataset are within the range of 11-20.**5**values in the dataset are within the range of 21-30.**2**values in the dataset are greater than 30.

We can then use the following steps to visualize this frequency distribution:

- Highlight the frequency counts in the range
**D2:D5**. - Click on the
**Insert**tab, then click on the chart titled**2-D Column**in the**Charts**group.

The following chart will appear that displays the frequencies for each bin:

Feel free to modify the axes labels and bar widths to make the chart more aesthetically pleasing:

*You can find more Excel tutorials here.*

Your example is very u8ninformative. You don’t explain how to actually enter the data and select the output cells, It is not helpful