A square and rectangle have equal areas. If their perimeters are p and q respect
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Practice Area – A square and rectangle have equal areas. If their perimeters are p and q respectively. Then
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Practice Area – A square and rectangle have equal areas. If their perimeters are p and q respectively. Then
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Practice Area – The difference between the length and breadth of a rectangle is 23 m. If its perimeter is 206 m, then its area is:
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Practice Area – The ratio between the perimeter and the breadth of a rectangle is 5 : 1. If the area of the rectangle is 216 sq. cm, what is the length of the rectangle?
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Practice Area – The length of a rectangular hall is 5m more than its breadth. The area of the hall is 750 m. The length of the hall is
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Practice Area – A parallelogram has sides 30m and 14m and one of its diagonals is 40m long. Then its area is
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Practice Area – The length of a rectangle is halved, while its breadth is tripled. What is the percentage change in area?
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Practice Area – An error 2% in excess is made while measuring the side of a square. The percentage of error in the calculated area of the square is:
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Practice Area – A tank is 25m long 12m wide and 6m deep. The cost of plastering its walls and bottom at 75 paise per sq m is
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Practice Area – If the diagonal of a rectangle is 17cm long and its perimeter is 46 cm. Find the area of the rectangle.
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Practice Area – One side of a rectangular field is 15m and one of its diagonal is 17m. Find the area of field?
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Practice Area – Find the area of the rectangle or square with the given dimensions l = 5 inches, w= 3 inches
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Practice Area – Find the area of the rectangle or square with the given dimensions s=10 feet
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Practice Area – Find the length of the altitude of an equilateral triangle of side cm.
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Practice Area – If the length of a certain rectangle is decreased by 4 cm and the width is increased by 3 cm, a square with the same area as the original rectangle would result. Find the perimeter of the original rectangle.
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Practice Area – A triangle has a perimeter 13. The two shorter sides have integer lengths equal to x and x + 1. Which of the following could be the length of the other side?