Find the length to sides of an equilateral triangle having area a root 3 cm square
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we know the are of equilateral triangle is root 3/ 4 * a2
a is the sides of the equilateral triangle
so putting the values. :
root 3 / 4 * a2 = root 3
root 3 gets cancelled.
1/4 * a2 = 1
taking 1/4 on the other side it becomes 4/1
a2 = 4
a = 2
the length of all sides of the triangle is 2 cm as it is given it is equilateral triangle
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Question needs a few corrections:
Find the length of the each side of an equilateral triangle having an area of √3 cm².
Solution:
Information provided to us-
Area of the equilateral triangle = √3 cm²
Let each side of equilateral triangle be 's' cm.
We know that area of the equilateral triangle is equal to (√3 / 4 ) * s², where 's' denotes the measurement of each equal side.
Hence,
(√3 / 4 ) * s² = √3
=> s²√3 / 4 = √3
=> s² = √3 * ( 4 / √3 )
=> s² = 4
=> s = √4
=> s = √( 2 * 2 )
=> s = 2 cm
Therefore,
Length of each side of equilateral triangle = 2 cm
Find the length of the each side of an equilateral triangle having an area of √3 cm².
Solution:
Information provided to us-
Area of the equilateral triangle = √3 cm²
Let each side of equilateral triangle be 's' cm.
We know that area of the equilateral triangle is equal to (√3 / 4 ) * s², where 's' denotes the measurement of each equal side.
Hence,
(√3 / 4 ) * s² = √3
=> s²√3 / 4 = √3
=> s² = √3 * ( 4 / √3 )
=> s² = 4
=> s = √4
=> s = √( 2 * 2 )
=> s = 2 cm
Therefore,
Length of each side of equilateral triangle = 2 cm
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