1. An 80-kg metal cylinder, 2.0 m long and with each end of area 25 cm?, stands vertically on one end. What pressure does the cylinder exert on the floor? (Ans. 3.1 x 105 Pa)

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
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Chapter15: Fluid Mechanics
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15:40 .l l ?
Lesson-Guide-Physics 2.pdf
Day 6:
Date done:
Problem Set No.6
PS NO: 06
Name:
Grade:
Section:
Solve the following problems. (Show your illustrations and solutions)
1. An 80-kg metal cylinder, 2.0 m long and with each end of area 25 cm?, stands vertically on
one end. What pressure does the cylinder exert on the floor? (Ans. 3.1 x 105 Pa)
2. A reservoir dam holds an 8.00-km? lake behind it. Just behind the dam, the lake is 12.0m
deep. What is the water pressure (a) at the base of the dam and (b) at a point 3.0 m down
from the lake's surface? (a. 118 kPa; b. 29 kPa)
3. A barrel will rupture when the gauge pressure within it reaches 350 kPa. It is attached to
the lower end of a vertical pipe, with the pipe and barrel filled with oil (p= 890 kg/m³). How
long can the pipe be if the barrel is not to rupture? (40.1 m)
Day 7:
Date done:
Transcribed Image Text:15:40 .l l ? Lesson-Guide-Physics 2.pdf Day 6: Date done: Problem Set No.6 PS NO: 06 Name: Grade: Section: Solve the following problems. (Show your illustrations and solutions) 1. An 80-kg metal cylinder, 2.0 m long and with each end of area 25 cm?, stands vertically on one end. What pressure does the cylinder exert on the floor? (Ans. 3.1 x 105 Pa) 2. A reservoir dam holds an 8.00-km? lake behind it. Just behind the dam, the lake is 12.0m deep. What is the water pressure (a) at the base of the dam and (b) at a point 3.0 m down from the lake's surface? (a. 118 kPa; b. 29 kPa) 3. A barrel will rupture when the gauge pressure within it reaches 350 kPa. It is attached to the lower end of a vertical pipe, with the pipe and barrel filled with oil (p= 890 kg/m³). How long can the pipe be if the barrel is not to rupture? (40.1 m) Day 7: Date done:
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