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Degrees to radians

Function: Degrees to Radians​

This function allows you to convert an angle measured in degrees into its equivalent value in radians. This is useful in various calculations, especially in geometry, physics, or engineering applications where radians are often the standard unit for angular measurement.

Input​

  • Degrees: The number representing the angle in degrees that you want to convert. This is a required input.
    • Type: NUMBER

Output​

  • Result: The calculated value of the angle in radians. This will be a number.
    • Type: NUMBER

Execution Flow​

Real-Life Examples​

Here are some practical examples of how you can use the "Degrees to Radians" function:

Example 1: Converting a Right Angle​

You want to find the radian equivalent of a 90-degree angle.

  • Inputs:
    • Degrees: 90
  • Result: The function will calculate 1.5708 (approximately) and make this value available as Result. This means a right angle (90 degrees) is equivalent to about 1.5708 radians.

Example 2: Converting a Straight Angle​

You need to know the radian value for a 180-degree angle.

  • Inputs:
    • Degrees: 180
  • Result: The function will calculate 3.14159 (approximately, which is Pi) and make this value available as Result. This shows that a straight angle (180 degrees) is equivalent to Pi radians.

Example 3: Calculating for a Custom Angle from a Form​

Imagine you have a form where users input an angle for a design calculation. Let's say a user enters 45 into a field called "User Angle". You want to convert this to radians for further calculations.

  • Inputs:
    • Degrees: User Angle (which holds the value 45)
  • Result: The function will calculate 0.7854 (approximately) and make this value available as Result. You can then use this Result in other actions, such as calculating the sine or cosine of this angle using a "Calculate Sine" or "Calculate Cosine" function that expects radian input.