Interior Angle Calculator

Multiply (n2)(n – 2) by 180 to find the sum of the interior angles of a polygon with nn sides.

Exterior Angle + Interior Angle Calculator

Enter any 1 value to calculate the missing variables

The Interior Angle Calculator helps determine the sum of interior angles for polygons of any number of sides. Understanding interior angles is essential in geometry, aiding in calculations for construction, design, and academic studies. This tool simplifies the process by providing a quick and accurate way to calculate the total or individual interior angles of regular and irregular polygons.

Formula:

A = (n2)×180(n – 2) \times 180

Variable Definition Units
A Sum of interior angles Degrees
n Number of sides of the polygon Count

Solved Calculations:

Example 1: Calculate the sum of interior angles for a pentagon (n=5n = 5).

Step Value Explanation
Number of Sides (nn) 5 Input the number of sides
Formula A=(n2)×180A = (n – 2) \times 180
Apply the formula
Calculation A=(52)×180=540A = (5 – 2) \times 180 = 540
Perform calculation
Total Interior Angles 540° Final result
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Example 2: Calculate the sum of interior angles for a decagon (n=10n = 10).

Step Value Explanation
Number of Sides (nn) 10 Input the number of sides
Formula A=(n2)×180A = (n – 2) \times 180
Apply the formula
Calculation A=(102)×180=1440A = (10 – 2) \times 180 = 1440
Perform calculation
Total Interior Angles 1440° Final result
 
What is the Interior Angle Calculator?
 

The Interior Angle Calculator is a practical tool for determining the interior angles of polygons, whether they are regular or irregular. It is particularly useful for students, architects, and designers who work with geometric shapes.

By entering values such as the number of sides of a polygon or specific angles, this calculator provides precise interior angle measurements.

This tool simplifies complex calculations, like finding the sum of interior angles for polygons or the measure of a single angle in a regular polygon. It also helps determine missing angles in triangles, quadrilaterals, and irregular polygons. For professionals and learners alike, this calculator eliminates the need for manual computations, saving time and effort.

Moreover, the tool extends its functionality by allowing you to calculate related measurements, such as exterior angles and the relationship between angles in more advanced geometric problems.

Final Words:

To summarize, the Interior Angle Calculator is a reliable and efficient resource for solving geometric challenges. It supports accurate and quick calculations, making it indispensable for both educational and professional applications.

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