How to Use the ASIN Function in Excel

Today, we’re going to delve into the ASIN function available in both Excel and Google Sheets. ASIN stands for arc sine, which is the inverse of the sine trigonometric function. It is primarily used to determine the angle from a given sine value. This makes it extremely useful in scenarios like calculating angles, determining distances, or working with right-angled triangles.

Syntax

The ASIN function is consistently structured in both Excel and Google Sheets as follows:

ASIN(number)
  • number: This is the sine of the angle you need to compute. It must be a numeric value between -1 and 1, inclusive.

Examples

Example 1: Finding the Angle

Suppose you know the sine of an angle and need to find the angle itself in radians.

Sine Value Angle (radians)
0.5 =ASIN(0.5)

In this example, with a sine value of 0.5, you can use the ASIN function to calculate the angle in radians.

Example 2: Calculating Distance

The ASIN function can also be pivotal in distance calculations. Consider a scenario where you need to find the height of a flagpole, given its angle of elevation and your distance from the pole:

Distance to the Pole Angle of Elevation Height of the Pole
10 meters 30 degrees =10 * TAN(RADIANS(90) – ASIN(10 * SIN(RADIANS(30))))

Here, we employ the ASIN function along with the TAN and SIN functions to calculate the height of the flagpole, demonstrating ASIN’s utility in complex trigonometric formulas.

Conclusion

The ASIN function in Excel and Google Sheets serves as an indispensable tool for various trigonometric computations. Whether your task involves angles, distances, or the dynamics of right-angled triangles, the ASIN function provides an efficient solution for your mathematical needs.

More information: https://support.microsoft.com/en-us/office/asin-function-81fb95e5-6d6f-48c4-bc45-58f955c6d347

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Converts a Roman number to Arabic, as a number
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Returns the cosecant of an angle
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Returns the unit matrix or the specified dimension
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