Excel DEGREES Function: Syntax, Examples & Tips

The DEGREES function converts radians to degrees in Excel, simplifying angle calculations with the formula =DEGREES(radians).
Excel
=DEGREES(radians)

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On this page
  1. Parameters
  2. What is a DEGREES Formula in Excel?
  3. A Practical Example
  4. DEGREES Formula
  5. Result of the Formula
  6. Why Use DEGREES?
  7. Key Takeaways:
  8. Example use case

Parameters

radians:
The angle in radians that you want to convert to degrees. This can be a number, a cell reference, or a formula that returns a radian value.

What is a DEGREES Formula in Excel?

The DEGREES function in Excel is a simple yet useful tool that converts an angle measured in radians into degrees. This function is particularly helpful in various mathematical calculations, especially in trigonometry, where angles are often expressed in radians.

In simpler terms, the DEGREES function helps you convert radians to degrees, making it easier to work with angles in your calculations.

A Practical Example

Imagine you are working on a project that involves calculating angles for a design, and you have the following data in an Excel spreadsheet:

Angle Data Table:

Angle (Radians)
0
1.57
3.14
4.71
6.28

You want to convert these angles from radians to degrees.

DEGREES Formula

To convert the angle in radians to degrees, you would use the DEGREES formula as follows:

Excel
=DEGREES(A2)

Breakdown of the Formula:

  • A2: This is the cell reference containing the angle in radians that you want to convert to degrees.

Result of the Formula

When you apply the formula to each angle in the table, the output would be:

Angle (Degrees)
0
90
180
270
360

Here, the angles are calculated as follows:

  • 0 radians = 0 degrees
  • 1.57 radians = 90 degrees
  • 3.14 radians = 180 degrees
  • 4.71 radians = 270 degrees
  • 6.28 radians = 360 degrees

Why Use DEGREES?

The DEGREES function is particularly useful when you need to convert angles from radians to degrees for better understanding or when working with specific applications that require degrees. It simplifies calculations and ensures accuracy in angle measurements.

Key Takeaways:

  • DEGREES: Converts an angle from radians to degrees.
  • Simplifies Calculations: Makes it easier to work with angles in degrees, especially in trigonometric functions.
  • Common Use Cases: Ideal for engineering, physics, and any scenario where angle measurements are necessary.

Understanding how to use the DEGREES function can significantly enhance your mathematical calculations in Excel, enabling you to work more effectively with angles in your datasets.

Happy calculating!

Example use case

You have a table where Column A contains angles in radians, and you want to convert these angles to degrees for better readability and understanding. You can use the DEGREES function to convert each angle in Column A to degrees and display the results in Column B. This allows for easier interpretation of angular measurements, especially when communicating with team members who are more familiar with degrees than radians.

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