In this article, you will learn about the **AGGREGATE** function in Excel. We will explore its uses, aggregate data, with multiple criteria, combine aggregate with IF function, INDEX function, and aggregate vs subtotal.

**AGGREGATE Function in Excel: Syntax**

**Description**

The **AGGREGATE** function is used on different functions like **AVERAGE**, **COUNT**, **MAX**, **MIN**, **SUM**, **PRODUCT**, etc., with the option to ignore hidden rows and error values to get certain results.

**Generic Syntax**

**Syntax with References**

**=AGGREGATE(function_num, options, ref1, ref2, â€¦)**

**Syntax with Array Formula**

**=AGGREGATE(function_num, options, array, [k])**

**Arguments Description**

**Arguments in the Reference form,**

**function_num** = Required, operations to perform. There are 19 functions are available to perform with the **AGGREGATE** function. Each function is defined by individual numbers. (see the table below)

Function Name | Function Number |
---|---|

AVERAGE | 1 |

COUNT | 2 |

COUNTA | 3 |

MAX | 4 |

MIN | 5 |

PRODUCT | 6 |

STDEV.S | 7 |

STDEV.P | 8 |

SUM | 9 |

VAR.S | 10 |

VAR.P | 11 |

MEDIAN | 12 |

MODE.SNGL | 13 |

LARGE | 14 |

SMALL | 15 |

PERCENTILE.INC | 16 |

QUARTILE.INC | 17 |

PERCENTILE.EXC | 18 |

QUARTILE.EXC | 19 |

**options** = Required, values to ignore. There are 7 values each representing the option to ignore while performing the operations with the functions defined.

Option Number | Option Name |
---|---|

0 or omitted | Ignore nested SUBTOTAL and AGGREGATE functions |

1 | Ignore hidden rows, nested SUBTOTAL and AGGREGATE functions |

2 | Ignore error values, nested SUBTOTAL and AGGREGATE functions |

3 | Ignore hidden rows, error values, nested SUBTOTAL and AGGREGATE functions |

4 | Ignore nothing |

5 | Ignore hidden rows |

6 | Ignore error values |

7 | Ignore hidden rows and error values |

**ref1** = Required, the first numeric argument for functions to perform the operation. It could be one single value, array value, cell reference etc.

**ref2** = Optional, it could be numeric values from 2 to 253

**Arguments in the Array Formula,**

**function_num** = (as discussed above)

**options** = (as discussed above)

**array** = Required, range of numbers or cell references based on that the functions will perform.

**[k]** = Optional, this argument is needed only when performing with the function number from 14 to 19 (see the **function_num** table).

**Return Value**

Return values based on the function specified.

**Example 1 – Using the AGGREGATE Function in Excel to Calculate the AVERAGE**

Letâ€™s learn how to calculate the **AVERAGE** (statistical mean) of values with the **AGGREGATE** function. See the following example.

Here we got the **AVERAGE** result by running an **AGGREGATE** function. Look closely inside the parentheses of the function.

**1** = **function number**, means the **AVERAGE** function

**4** = **option**, means we will **ignore nothing**

**C5:C9** = **cell references** that have the values to calculate the **AVERAGE**

**Example 2 – Getting the Total COUNT of Values with the AGGREGATE Function**

The **COUNT** function counts how many values are present in a defined range.

Look at the following example. There are 5 values in the ** Marks** column, so we got

**5**as our result by performing an

**AGGREGATE**function.

Here,

**2** = **function number**, means the **COUNT** function

**4** = **option**, means we will **ignore nothing**

**C5:C9** = **cell references** that have the values to **COUNT** values

You can also perform the **COUNTA **function. See the following example where the ** Marks** column consisted of numbers and texts.

By performing the **COUNTA** function inside the **AGGREGATE** function, we extracted the result **5**.

Here,

**3** = **function number**, means the **COUNTA** function

**4** = **option**, means we will **ignore nothing**

**C5:C9** = **cell references** that have the values to count values with texts

**Example 3 – Extracting Maximum or Minimum Values with the AGGREGATE Function in Excel**

Pass the function number of** the MAX** function as the parameter of the **AGGREGATE** function. We added a **#N/A** error in our dataset. So, when we run the **AGGREGATE** function now, we will get errors.

To calculate the **MAX** from a range with error values, we have to set the **options** parameter as **6**,Â which will ignore** error values**

After defining the parameter to ignore error values, if we execute the **MAX** with the **AGGREGATE** function, we will still get our desired result even if we have error values lying in the dataset. (see the following picture)

To extract the **minimum** value from a dataset that has **hidden rows**, we have to set the parameter as **5** to ignore** hidden rows**

This will produce the result based on the** MIN** function ignoring the value concealed in the hidden rows.

We had a minimum value **50**Â in the **5th row**. Since the row is hidden, our **AGGREGATE** function returns the next minimum value, **65**.

**Example 4 – Calculating the SUM with the AGGREGATE Function**

We have to set the options parameter to** 7** this time. Consider the following example.

Here,

**9** = **function number**, means the **SUM** function

**7** = **option**, means we will ignore** hidden rows **and** error values**

**C5:C9** = **cell references** that have the values to **SUM** the values

**Example 5 – Using the AGGREGATE Function in Excel to Measure the PRODUCT of Values**

The **PRODUCT** function returns the multiplicated result of all the values that you provide.

Here,

**6** = **function number**, means the** PRODUCT** function

**0** = **option**, as we are performing a generic **PRODUCT** function so we will ignore** nested SUBTOTAL **and** AGGREGATE** functions

**C5:C9** = cell references that have the values to calculate the **PRODUCT** of the values

**Example 6 – Excelâ€™s AGGREGATE Function to Measure the Standard Deviation**

Excelâ€™s **STDEV** function is a statistical function, which refers to the Standard Deviation for a sample dataset. It uses the following equation.

Here,

**xi** = takes on each value in the dataset

**xÂ¯** = average (statistical mean) of the dataset

**n** = number of values

With the **AGGREGATE** function, you can calculate the Standard Deviation for a sample dataset with the **STDEV.S** function (**function number 7**).

To calculate the Standard Deviation for a whole population you can use the **STDEV.P** function (**function number 8**).

**Read More:** Combining AGGREGATE with IF Function in Excel

**Example 7 – Applying the AGGREGATE Function in Excel to Calculate the VARIANCE**

**VAR** function is another statistical function in Excel, which estimates the variance of a sample dataset. It uses the following equation.

Here,

**xi** = takes on each value in the dataset

**xÂ¯** = average (statistical mean) of the dataset

**n** = number of values

To calculate the **VARIANCE** of a sample dataset with the **AGGREGATE** function, use the **VAR.S** function, which is **function number 10**.

To calculate the **VARIANCE** of an entire population, you have to use the **VAR.P** function, which is **function number** **11** in Excel.

**Example 8 – Calculating the MEDIAN Value with Excel AGGREGATE Function**

The **MEDIAN **function in Excel returns the middle number of the set of data.

In the above example, there are 5 numbers, 50, 65, 87, 98, 100 – among which** 87** is the middle number. After performing the **MEDIAN** function with the help of **AGGREGATE**, we got the desired output, **87**, in our result cell.

**Example 9 – Applying the AGGREGATE Function to Measure the MODE in Excel**

Excelâ€™s **MODE.SNGL** function returns the most frequently occurred value within a range. This is also a statistical function in Excel.

Consider the following example where **98 occurs 2 times**Â while the rest of the numbers occur only once.

By running the **MODE** function inside **AGGREGATE,** it puts the number **98** in our result cell.

**Example 10 – Calculating the LARGE Value with Excel’s ****AGGREGATE Function**

The **LARGE **function returns the largest number among a given dataset. It’s **function number is 14**, and we alsoÂ need to insert the **[k] as the fourth parameter.**

Here’s an overview of the function:

Here,

**14** = **function number**, means the **LARGE** function

**4** = **option**, means we will **ignore nothing**

**C5:C9** = **cell references** that have the values to extract the result

**2** = **2nd largest value** (if you want to get the largest value within a dataset then write 1, if you want to get the 3rd largest value then write 3 and so on)

The largest value in our dataset is **100**. But as we put **2** in the** k-th** argument, that means we wanted to have the **2nd largest** value among our dataset. **98** is the **2nd largest** so we got **98** as our output.

**Example 11 – Measuring the SMALL Value with the AGGREGATE Function**

Excelâ€™s **SMALL **function returns the smallest number among a given dataset. Its **function number is 15**, andÂ we need to insert the **[k] as the fourth parameter**. Here’s an overview.

Here,

**15** = **function number**, means the **SMALL** function

**4** = **option**, means we will** ignore nothing**

**C5:C9** = **cell references** that have the values to extract the result

**2** =** 2nd smallest value** (if you want to get the smallest value within a dataset then write 1, if you want to get the 3rd smallest value then write 3 and so on)

The smallest value in our dataset is **50**. But as we put **2** in the** k-th** argument, that means we wanted to have the **2nd smallest value** among our dataset. As **65** is the **2nd smallest** so we got **65** as our output.

**Example 12 – Using the AGGREGATE Function to Measure the PERCENTILE in Excel**

The value of **k** can be a decimal or a percentage. For the 10th percentile, the value should be entered as 0.1 or 10%.

**For instance,** a percentile calculated with 0.2 as k means 20% of values are less than or equal to the calculated result, a percentile of k = 0.5 means 50% of the values are less than or equal to the calculated result.

The **AGGREGATE** function uses **PERCENTILE.INC** (**function number 16**) and **PERCENTILE.EXC** (**function number 18**) to calculate the percentile value of a given dataset.

The **PERCENTILE.INC** returns the **inclusive k-th** percentile between **0** and** 1**.

The **PERCENTILE.EXC** returns the **exclusive k-th** percentile between 0 and 1.

**Example 13 – Calculating the QUARTILE with the AGGREGATE Function in Excel**

Excelâ€™s **QUARTILE function** returns the quarter part (each of four equal groups) of a whole set of data.

The **QUARTILE** function accepts five values,

**0** = Minimum value

**1** = First quartile, 25th percentile

**2** = Second quartile, 50th percentile

**3** = Third quartile, 75th percentile

**4** = Maximum value

The **AGGREGATE** function works with **QUARTILE.INC** (**function number 17**) and **QUARTILE.EXC** (**function number 19**) functions to produce the quartile results.

The **QUARTILE.INC** function calculates based on a percentile range of **0 to 1 inclusive**.

The **QUARTILE.EXC** function calculates based on a percentile range of **0 to 1 exclusive**.

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