A closed cylindrical vessel 5 ft in diameter and 6 ft high is 3/4 filled with molasses (SG = 1.24) and rotated about its vertical axis. Air is pressurized at 14.5 psi. a. If w = 50 rpm, solve for the pressure at the base at the circumference of the vessel b. If w = 75 rpm, solve for the pressure at the base at the circumference of the vessel c. Solve for w (in rpm) so that there is no water at the base of the vessel within 1.8 ft radius
A closed cylindrical vessel 5 ft in diameter and 6 ft high is 3/4 filled with molasses (SG = 1.24) and rotated about its vertical axis. Air is pressurized at 14.5 psi. a. If w = 50 rpm, solve for the pressure at the base at the circumference of the vessel b. If w = 75 rpm, solve for the pressure at the base at the circumference of the vessel c. Solve for w (in rpm) so that there is no water at the base of the vessel within 1.8 ft radius
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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Subject is hydraulics
A closed
cylindrical vessel 5 ft in diameter and 6 ft high is 3/4 filled with molasses
(SG = 1.24) and rotated about its vertical axis. Air is pressurized at 14.5
psi.
a. If w = 50 rpm, solve for the
pressure at the base at the circumference of the vessel
b. If w = 75 rpm, solve for the
pressure at the base at the circumference of the vessel
c. Solve for w (in rpm) so that there
is no water at the base of the vessel within 1.8 ft radius
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