My question is attached. These are two parts to the same question, that is why I am including them in the same question. It is my understanding that they would use the same equation just substitute the numbers in differently. I am having trouble finding the equation. A cylindrical water tower 10 ft in diameter and 40 ft in height has its center 100 ft above the ground. Apump on the ground fills the tank with water whose density is 62.4 lb/ft°. How much work is done infilling the tank half way?A. 35.2 million ft-lbВ.15.7 million ft-lbC. 8.8 million ft-lbD. none of theseA cylindrical water tower 10 ft in diameter and 40 ft in height has its center 100 ft above the ground. Apump on the ground fills the tank with water whose density is 62.4 lb/ft°. How much work is done infilling the tank completely?A. 70.4 million ft-lbB. 31.4 million ft-lbC. 17.6 million ft-lbD.none of these

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Answered: A cylindrical water tower 10 ft in…

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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My question is attached. These are two parts to the same question, that is why I am including them in the same question. It is my understanding that they would use the same equation just substitute the numbers in differently. I am having trouble finding the equation.

A cylindrical water tower 10 ft in diameter and 40 ft in height has its center 100 ft above the ground. A
pump on the ground fills the tank with water whose density is 62.4 lb/ft°. How much work is done in
filling the tank half way?
A. 35.2 million ft-lb
В.
15.7 million ft-lb
C. 8.8 million ft-lb
D. none of these
A cylindrical water tower 10 ft in diameter and 40 ft in height has its center 100 ft above the ground. A
pump on the ground fills the tank with water whose density is 62.4 lb/ft°. How much work is done in
filling the tank completely?
A. 70.4 million ft-lb
B. 31.4 million ft-lb
C. 17.6 million ft-lb
D.
none of these

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