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Suppose Randolph decides that the radius of his pool will be 50 meters. What volume of water, in cubic meters, will be needed to completely fill his pool? Round your answer to the nearest 100 cubic meters.
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Suppose Randolph decides that the radius of his pool will be 50 meters. What volume of water, in cubic meters, will be needed to completely fill his pool? Round your answer to the nearest 100 cubic meters. PLEASE HELP

User Dharmesh Mansata
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If we assume the pool to be a semi sphere, then the volume would be

V pool = 1/2 * [4/3*pi*r**(3)]

where r is the radius = 50m

V pool = 1/2 * [4/3*3.14*50**(3)]

V pool = 261799.3878 m³

If we round up >>> V water in the pool = 261800 m³


User Vijay Verma
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