The water tank shown below has a circular pie connected to its bottom. A circular gate seals the pipe opening to prohibit flow. To drain the tank, a winch is used to pull the gate open. Determine the magnitude of the force that the winch cable must exert to open the gate. Cable Water Stop 30° Winch 38 in -Hinge Circular gate 10.0 in diameter Open pipe
The water tank shown below has a circular pie connected to its bottom. A circular gate seals the pipe opening to prohibit flow. To drain the tank, a winch is used to pull the gate open. Determine the magnitude of the force that the winch cable must exert to open the gate. Cable Water Stop 30° Winch 38 in -Hinge Circular gate 10.0 in diameter Open pipe
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:4. The water tank shown below has a circular pie connected to its bottom. A circular gate
seals the pipe opening to prohibit flow. To drain the tank, a winch is used to pull the gate
open. Determine the magnitude of the force that the winch cable must exert to open the
gate.
Cable
Water
Stop
30⁰
Winch
38 in
-Hinge
Circular gate
10.0 in diameter
Open pipe
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