StudyQuestionHubStudyQuestionHub
All Textbooks›Math›Calculus›Applications of Integration

Q. 28

Question

The work required to pump all of the water out of a cylinder with radius 3.5 feet and depth 4 feet. 

Step-by-Step Solution

Verified
Answer

Work done=AρH22J

1Step1. Given Information

radius=3.5feet

depth=4feet

2Step2. Calculate

dV=AdhdW=ρhdVIntegrating both side with proper limits and substituting the value of dV.W=∫0HρhAdhW=ρAh22|HW=AρH22 J

Previous
Q. 27
Next
Q. 29

Other exercises in this chapter

Q. 26
The mass of the solid of revolution obtained by rotating the graph of y = 4.5 − 0.5x2 on [0, 3] around the y-axis and whose density at height y is ρ(
View solution
Q. 27
The work required to pump all of the water out of a cone with top radius 3.5 feet and height 4 feet. 
View solution
Q. 29
The hydrostatic force exerted by water on one of the sides of a small cubical tank that is 4 feet to a side. 
View solution
Q. 30
The hydrostatic force exerted by water on one of the shorter side walls of a rectangular container that is 3 feet long, 4 feet wide, and 2 feet deep. 
View solution

Practice

  • SAT Questions
  • Practice Tests
  • Popular Questions

Resources

  • Textbook Solutions
  • Leaderboard

Company

  • About
  • Privacy
  • Terms

100.000+ bài giải textbook & 3.000+ câu SAT

Tất cả miễn phí! Lời giải chi tiết, hệ thống XP, huy hiệu và bảng xếp hạng giúp bạn luyện tập mỗi ngày.

Luyện SAT ngay →

© 2026 StudyQuestionHub. All rights reserved.

HomeSearchTextbooksBookmarksProfile
  • Home
  • Popular
  • Recent
  • Top Voted
  • Textbooks
  • Leaderboard
Filters