Input any one value and find out the sides, area, perimeter, altitude, and semi-perimeter of an equilateral triangle.
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The equilateral triangle calculator assists you in the calculation of the standard parameters of an equilateral triangle. The standard parameter can be the area, height, and perimeter.
The Equilateral Triangle is a special case of a triangle having all the slides equal to each and also the angles.
An equilateral triangle is also known as a regular triangle, there are certain properties an equilateral triangle has:
Sides of Equilateral Triangle: a = b = c
$$ m∠A = m∠B = m∠C = 60^\text{o} $$
The Equilateral triangle formula for Area can be derived by two following methods: It depends on how you are going to find the area and what factors you have in the equilateral triangle equation.
Case 1:
Consider if you have the Base and Height of the Equilateral triangle, then you can find the area by the given formula:
$$ Area = \frac{1}{2} Base * Height $$
Case 2:
Consider you know the length of the sides of the Equilateral triangle, then use the equilateral triangle formula:
$$ Area=\dfrac{\left(a^{2}*\sqrt{3}\right)}{4} $$
You can calculate the height by the height of the equilateral triangle formula:
$$ Height=\dfrac{\left(Side*\sqrt{3}\right)}{2} $$
The equilateral triangle equations for various measurements of the Perimeter are given below:
The equilateral triangle formula for Semiperimeter:
Example 1:
Calculate height of equilateral triangle and its area whose side is 4cm.
Solution:
The length side “a” = 4cm
We know that the area of the equilateral triangle is (√3/4)a2
Now, substitute the value a = 4 in the formula
A = (√3/4)42
A = √3 (4)
A = 1.732 (4)
A = 6.928 cm2
h = a × √3 / 2
h = 4 × √3 / 2
h = 4 × 0.866
h = 3.464 cm
Perimeter = P = 3a
Perimeter = P = 3(4)
Perimeter = P = 12cm
Semiperimeter: s = 3a / 2
Semiperimeter: s = 12 / 2
Semiperimeter: s = 6 cm
You can measure the area, height, perimeter, and semi-perimeter with the equilateral triangle calculator.
For various measurements possibilities, just follow the instructions given below:
Input:
Output:
From the source of Wikipedia: Equilateral Triangle, Principal properties From the source of study.com: Triangles, Angles
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