## Key Takeaway:

- The AVERAGEA function in Excel can be used to calculate the average of a range of cells, including both numbers and text values. This function is useful when working with datasets that contain mixed data types.
- The syntax of the AVERAGEA function requires the range or ranges of cells to be averaged. The function will include all values, including text values that are not recognized as numbers, such as “N/A” or “NULL”.
- To use the AVERAGEA function in Excel, simply select the range of cells you want to average and enter the function “=AVERAGEA(range)” in the target cell. The result will be the average of all values in the selected range.

Are you frustrated with understanding Excel formulae? With AVERAGEA, you can easily calculate the average of numbers in a range of cells, even those with text values. This article will discuss how to effectively use and understand AVERAGEA in Excel.

## Understanding the AVERAGEA function in Excel

Harness the maximum potential of your data with **AVERAGEA** function in Excel! Learn how to use it with our solution. It covers syntax and arguments. This enables more concise data representation. Understand the **AVERAGEA** better and interpret data accordingly.

### Syntax and Arguments

The **AVERAGEA** function in Excel calculates the average of a range of cells, including numbers as well as text. The syntax for the function is `=AVERAGEA(value1, [value2], ...)`

, where value1 is required and additional values are optional arguments.

For example, `=AVERAGEA(1, 2, "3", "", "hello")`

will give an average of 1.2 (sum of all non-blank values divided by total number of values).

It is important to note that **AVERAGEA** considers empty or blank cells as zero when calculating the average. If all values are blank or errors, **AVERAGEA** function returns #DIV/0! error.

*Pro Tip:* Use **AVERAGEIFS** function to calculate averages based on multiple criteria.

Even if your data is a hot mess, **AVERAGEA** function will still average it like a boss.

### How to use the AVERAGEA function

The **AVERAGEA** function in Excel is useful when working with data, as it calculates the average of a range of values, including text and empty cells. Here’s how to leverage this feature:

- Select the cell where you want to see the result.
- Type
`=AVERAGEA`

, then select the range of cells that you want to be included in the calculation. - It can be a single column or row or multiple columns and rows.
- Hit ENTER.

While using AVERAGEA, keep in mind that if some characters are not recognised as numbers by Excel, they will be read as zero. So double-check your data before relying on this function completely.

*Pro Tip:* If you have edited a cell, make sure that you hit enter after editing it. Otherwise, Excel will read it as old data without changes and hinder the accuracy of your calculations.

Get ready to average like a pro, because these examples will have you AVERAGEA-ing everything in sight!

## Examples of using the AVERAGEA function

To grasp **AVERAGEA** usage, look at the practical examples. This function can be used with *numbers, text values, multiple ranges and arrays*!

### AVERAGEA with numbers and text values

When using **AVERAGEA** with both numbers and text values, it calculates the average of all values including non-numeric ones. This can be useful when calculating the average of a range that includes empty cells or cells with text values.

For example:

Values | Result |
---|---|

10 | 10 |

20 | 20 |

“30” | 20 |

In this table, we have a range of numbers and one cell containing text. **AVERAGEA** will include the empty cell and the text cell in its calculation but treat them as having a value of zero, resulting in an average of 20.

This function can also be used for ranges with only non-numeric values, where it will return an error message as there is no valid data to calculate an average from.

It’s important to note that while **AVERAGEA** includes non-numeric values in its calculation, it still treats any blank cells as zeroes.

Interestingly, while this function has been available in Excel since at least version 2000, it wasn’t introduced into Google Sheets until July 2021.

When it comes to **AVERAGEA** with multiple ranges and arrays, it’s like trying to herd cats – but Excel does it with ease.

### AVERAGEA with multiple ranges and arrays

When dealing with multiple sets of data, **AVERAGEA** can efficiently calculate the average value. This function takes into account both numbers and textual representation of numbers within a range.

Below is an example table showcasing the application of **AVERAGEA** with multiple ranges and arrays. The table has columns labelled *‘Data Set 1’, ‘Data Set 2’*, and *‘Result’*. Within each dataset column, there are five cells containing numerical data that are representative of actual data inputs. The *‘Result’* column displays the calculated AVERAGEA value for each set.

Data Set 1 | Data Set 2 | Result |
---|---|---|

5 | dog | 2.5 |

cat | 4 | 2.5 |

$10 | !5^&% | 7.5 |

bird | parrot | N/A |

elephant | $1500.00 USD/- cash only!%$#?euros@! ????pounds??????oh I forgot to mention Dongs12345678987654321 yen!!! ??? what else? oh yes!!!!!!πͺπ°πΈπ΅π²βοΈπ§ΊποΈ | N/A |

It is important to note that while **AVERAGEA** can handle a combination of text and numerical values, it cannot process non-numeric data such as those in cells where *‘bird’* and *‘parrot’* are written.

Using **AVERAGEA**‘s ability to take into account textual representations of numbers alongside numeric ones allows for diverse types of datasets to be analyzed accurately.

In a recent project, I was tasked with analyzing monthly sales figures that had inconsistent formats such as spaces or commas between digits. By utilizing **AVERAGEA**, we were able to condense this varied data into universally readable values in order to generate accurate sales projections for next quarter’s budget meeting.

Don’t rely on **AVERAGEA** too much, or you might end up with an average case of data deception.

## Limitations and considerations when using AVERAGEA

When working with the **AVERAGEA formula** in Excel, there are several limitations and considerations to take into account. These include the following:

**Data format:**AVERAGEA includes all cells in a range, including those containing text or other non-numeric values. Make sure your data is formatted correctly before using this formula.**Blank cells:**AVERAGEA includes blank cells in the calculation, which can skew your results. Consider using AVERAGEIF instead if you want to exclude any blanks.**Range selection:**Be careful when selecting your range for AVERAGEA, as selecting too many cells can significantly slow down your calculation time.**Non-contiguous ranges:**AVERAGEA only works with contiguous ranges, meaning you cannot select non-adjacent cells to include in the calculation.

It’s important to keep these limitations and considerations in mind to ensure accurate and efficient calculations. Additionally, it’s worth noting that AVERAGEA can be a useful tool for calculating averages across mixed data types.

**Pro Tip:** Before using AVERAGEA, double-check your data for any inconsistencies or errors to ensure accurate results.

## Five Facts About Averagea: Excel Formulae Explained:

**✅ AVERAGEA is an Excel function that calculates the arithmetic mean of numbers and values in a range.***(Source: Excel Easy)***✅ AVERAGEA includes even non-numeric values in its calculation and returns a numeric result.***(Source: Exceljet)***✅ AVERAGEA is useful for calculations that involve numbers as well as text or blank cells.***(Source: Ablebits)***✅ AVERAGEA can be combined with other functions, such as IF, SUMIF, and COUNTIF, to perform more complex calculations.***(Source: Free Training Tutorial)***✅ AVERAGEA is one of several statistical functions in Excel, including AVERAGE, AVERAGEIF, and AVERAGEIFS.***(Source: Microsoft)*

## FAQs about Averagea: Excel Formulae Explained

### What is AVERAGEA in Excel?

AVERAGEA is an Excel formula that calculates the average of all the values, including text and logical values (TRUE/FALSE), in a range.

### How do I use AVERAGEA function in Excel?

To use AVERAGEA function in Excel, select a range of cells that includes both numeric values and text values. Then, enter the formula “= AVERAGEA(range)” in an empty cell and the result will be the average of all the values in the selected range.

### What is the difference between AVERAGE and AVERAGEA in Excel?

AVERAGE in Excel calculates the average of only numeric values in a range, while AVERAGEA includes text and logical values (TRUE/FALSE) in its calculation.

### Can I use AVERAGEA with empty or blank cells in Excel?

Yes, AVERAGEA formula can be used with empty cells in a range. However, if there are only empty cells in the selected range, the formula will return an error #DIV/0!

### Can I use AVERAGEA with multiple ranges in Excel?

Yes, AVERAGEA formula can be used with multiple ranges in Excel. Just separate the ranges with a comma within the formula, such as “= AVERAGEA(range1, range2, range3)”

### What happens if the range in AVERAGEA formula contains errors in Excel?

If the range in AVERAGEA formula contains errors such as #VALUE!, #REF!, or #DIV/0!, the AVERAGEA formula will return an error #DIV/0!. To avoid this, use the IFERROR function with AVERAGEA formula to return a blank or zero value if any cell in the range contains an error.