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Q.
The apothem of a square having its area numerically equal to its perimeter is compared to the apothem of an equilateral triangle having its area numerically equal to its perimeter. The first apothem will be:
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a
Equal to the second
b
times the second
c
times the second
d
times the second
answer is A.
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Detailed Solution
Let’s first consider the square.
Let each side of a square be and let the apothem of a square be
Area of a square
Perimeter of square
According to the question, the numerical value of the area of the square is equal to its perimeter.
Therefore,
.
Subtracting from , we get
On further simplification, we get
Thus, the side of a square is 4 units.
We know the relation between the apothem of a square and its sides.
Putting the value of , we get
We got the value of a square.
Now, we will find the value of the apothem of a given equilateral triangle.
Let each side of an equilateral triangle be , and let the apothem of the equilateral triangle be
Area of the equilateral triangle
Perimeter of equilateral triangle
According to the question, the numerical value of the area of an equilateral triangle is equal to its perimeter.
Therefore,
Subtracting from , we get
Thus, the side of the equilateral triangle is units.
We know the relation between the apothem of an equilateral triangle and its sides.
Putting the value of , we get
We got the value of the apothem of the equilateral triangle.
The apothem of square is equal to the apothem of the equilateral triangle.
Let each side of a square be and let the apothem of a square be
Area of a square
Perimeter of square
According to the question, the numerical value of the area of the square is equal to its perimeter.
Therefore,
.
Subtracting from , we get
On further simplification, we get
Thus, the side of a square is 4 units.
We know the relation between the apothem of a square and its sides.
Putting the value of , we get
We got the value of a square.
Now, we will find the value of the apothem of a given equilateral triangle.
Let each side of an equilateral triangle be , and let the apothem of the equilateral triangle be
Area of the equilateral triangle
Perimeter of equilateral triangle
According to the question, the numerical value of the area of an equilateral triangle is equal to its perimeter.
Therefore,
Subtracting from , we get
Thus, the side of the equilateral triangle is units.
We know the relation between the apothem of an equilateral triangle and its sides.
Putting the value of , we get
We got the value of the apothem of the equilateral triangle.
The apothem of square is equal to the apothem of the equilateral triangle.
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