The DEGREES function in Excel is a valuable tool for converting radians into degrees, simplifying complex mathematical calculations in various fields. By using the DEGREES function in Excel, you can ensure accuracy and precision in your degree-to-radian conversions. Whether you’re working on scientific research, engineering projects, or any other task that involves angular measurements, this function streamlines the process and contributes to efficient data analysis. Explore the power of the DEGREES function in Excel to enhance your mathematical capabilities and make informed decisions with ease. Discover the convenience and accuracy it brings to your Excel worksheets, and unlock new possibilities in your data analysis endeavors with the DEGREES function in Excel.
This content Covers:
- What is DEGREES Syntax?
- How to use DEGREES syntax?
- Apply DEGREES Tips & Tricks.
- What are Common Mistakes When Using DEGREES?
- Why Isn’t My DEGREES Function Working?
- How to Convert Angles From Radians to Degrees in Excel?
1. What is DEGREES Syntax?
Degree syntax structure regularly introduces utilizing Exceed expectations capacities or equations to perform calculations including degrees, such as Radiant functions. In Excel, you’ll be able to work with degrees utilizing capacities like SIN, COS, TAN, ASIN, ACOS, ATAN, etc. But you wish to create beyond any doubt your angle value is in degrees and not radians. In case you’ve got angles in degrees and have to utilize these capacities, you’ll be able to change over degrees to radians using the RADIANS work. Here’s how you’ll work with degrees in Excel expectations.
- Changing over Degrees to Radians: Excel’s trigonometric capacities (SIN, COS, TAN, ASIN, ACOS, ATAN, etc. In the event that you’ve got points in degrees and got to utilize these capacities, you’ll change over degrees to radians utilizing the RADIANS work.
- Working with Degrees: After changing over to radians you’ll be able utilize trigonometric capacities as normal.
- Designing: When showing comes about in Excel expectations, you’ll need to arrange cells to show points in degrees rather than radians.
To do this, select the cell with the result, go to the “Number” arrange, and select “Custom”.
You’ll at that point enter a custom number, such as “0.
00°” to show the result in degree documentation.
- Degree Image: There does not have a particular degree image (°) in its default character set, so you’ll got to duplicate and glue it elsewhere.
2. How to use DEGREES syntax?
Step 1: Enter the data into your excel as shown.
Placed the data here.
Step 2: Now, add a column in C1:C5 to get the Angles converted to Radians there.
The column has been added here.
Step 3: Now, Use the formula to convert angles into radiants in syntax.
The formula is: =DEGREES(angle) or =DEGREES(B2)
Entered the formula here.
Step 4: After using the formula you will get the result.
Here is the result.
Step 5: To get all the results use the same formula from Step 4 or keep dragging the mouse cursor from C2.
Here are the results of all the Angles converted to Radians.
3. Apply DEGREES Tips & Tricks.
Here are some tips and tricks to help you get the most out of the DEGREES function in Excel:
- Tip 1: Keep in mind that the DEGREES function merely converts radians to degrees.
If there is need to convert degrees to radians, you can use the RADIANS function as an alternative.
- Tip 2: While working with trigonometric functions in Excel, learned that the units of angle measurement are essential. Utmost trigonometric functions in Excel, such as SIN, COS, and TAN, require angles in radians. If you want to convert angles in degrees, remember to convert them to radians using the RADIANS function previously using them in trigonometric functions.
4. What are Common Mistakes When Using DEGREES?
Here are some common mistakes people make when using the DEGREES function in Excel:
Error 1: Overlooked to change over degrees to radians when utilizing trigonometric capacities. Most trigonometric capacities in Go above expectations have points in radians. In case you’ve got points in degrees, keep in mind to change over them to radians utilizing the RADIANS work sometime recently utilizing them in trigonometric capacities.
Error 2: Utilizing the DEGREES work with non-numeric values.
The DEGREES work requires a numeric esteem as a contention.
On the off chance that you give a non-numeric esteem, the work returns
a #VALUE! error #
5. Why My DEGREES Function is not Working?
If you face problems with the DEGREES function in Excel, deliberate these troubleshooting tips:
Issue 1: The function returns #VALUE! error.
This error happens when the DEGREES work gets a non-numeric esteem as a contention. Be beyond any doubt to supply a numerical esteem for the point in radians.
Issue 2: Incorrect or unexpected result.
Check your input value and make beyond any doubt it’s in radians.
In case your input value is in degrees, utilize the RADIANS work to change it to radians sometime recently utilizing the DEGREES work.
6. How to Convert Angles From Radians to Degrees in Excel?
Step 1: Take some data and enter those in your Excel as shown below.
Put the data into your Excel sheet.
Step 2: Now, add a column in C1:C5 to get the Angles converted to Radians there.
The column has been added here.
Step 3: First, you need to place the cursor in the desired position to apply the DEGREES function as shown.
Step 4: Next, go to the “Formulas” tab on the ribbon and switch to the “Math/Trig” panel.
Following the above instruction.
Step 5: After pressing on this Math & Trig to find out the DEGREES function as shown.
Follow the below instruction.
Step 6: Now insert the DEGREES function into the cell. It opens the “Function Arguments” dialog box, as shown in the image.
Step 7: Now, select the cell address containing the angles in radians in the “Angle” box which is B2 as directed in the image.
Step 8: Now, Click “OK” to get the results as shown in the picture.
Step 9: After clicking on OK, you will get the result.
The result is below.
Step 10: Now you need to apply the same process formula that keeps the cells or by dragging the mouse cursor from C2 and the Output results as shown.
The result is here.
Application of DEGREES function in Excel
- Converting Radians to Degrees:
- The primary purpose of the DEGREES function is to convert values from radians to degrees. It takes a given angle in radians as input and returns the equivalent angle in degrees. This is particularly useful in trigonometry and geometry calculations.
- Angle Conversions for Geographic Coordinates:
- When working with geographic coordinates, which are often expressed in degrees, minutes, and seconds, you may need to convert them to decimal degrees. The DEGREES function can help convert the minutes and seconds components to degrees for easier mapping and analysis.
- Engineering Applications:
- Engineers frequently deal with angular measurements in fields like civil engineering and mechanical engineering. The DEGREES function simplifies the conversion of angles measured in radians to degrees, making calculations more accessible.
- Physics and Astronomy:
- In physics and astronomy, angular measurements are common when studying celestial objects or analyzing physical phenomena. DEGREES function aids in converting radians to degrees for various calculations in these fields.
- Data Visualization:
- Data visualization tools often require data in degrees for plotting on maps or charts. If you have angular data in radians, the DEGREES function can help prepare it for visualization by converting it to degrees.
- Educational Purposes:
- The DEGREES function is a valuable tool for educational purposes, especially in teaching trigonometry or mathematics. It allows students to understand the relationship between radians and degrees.
These are just a few examples of how the DEGREES function in Excel can be applied across different domains and scenarios to simplify angle conversions and enhance data analysis.
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