Water pressurized to an absolute pressure of 3x10^5Pa is flowing at 5.25 m/s in a horizontal pipe with radius r. Downstream, this pipe contracts to 1/2 of its cross-sectional area to a new section of the pipe with a radius r2=1 cm. Ignoring viscosity select the statements that are correct within 5% accuracy. There may be more than 1 correct answer. A) the absolute pressure in the contracted pipe is 2.59x10^5 Pa. B) the speed of water flow in the contracted pipe is 2.63 m/s c) the water flow rate is 0.33m^3/s in the pipe with radius r. d)the water flow rat is 0.0033m^3/s in the pipe with a radius r2 e) the force required to pressurize the water in a pipe with radius r is 188.5 N.
Water pressurized to an absolute pressure of 3x10^5Pa is flowing at 5.25 m/s in a horizontal pipe with radius r. Downstream, this pipe contracts to 1/2 of its cross-sectional area to a new section of the pipe with a radius r2=1 cm. Ignoring viscosity select the statements that are correct within 5% accuracy. There may be more than 1 correct answer. A) the absolute pressure in the contracted pipe is 2.59x10^5 Pa. B) the speed of water flow in the contracted pipe is 2.63 m/s c) the water flow rate is 0.33m^3/s in the pipe with radius r. d)the water flow rat is 0.0033m^3/s in the pipe with a radius r2 e) the force required to pressurize the water in a pipe with radius r is 188.5 N.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Water pressurized to an absolute pressure of 3x10^5Pa is flowing at 5.25 m/s in a horizontal pipe with radius r. Downstream, this pipe contracts to 1/2 of its cross-sectional area to a new section of the pipe with a radius r2=1 cm. Ignoring viscosity select the statements that are correct within 5% accuracy.
There may be more than 1 correct answer.
A) the absolute pressure in the contracted pipe is 2.59x10^5 Pa.
B) the speed of water flow in the contracted pipe is 2.63 m/s
c) the water flow rate is 0.33m^3/s in the pipe with radius r.
d)the water flow rat is 0.0033m^3/s in the pipe with a radius r2
e) the force required to pressurize the water in a pipe with radius r is 188.5 N.
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