The circular cross section tank with a height of (0,762 +0,262 +1,562=2.4+3*0,062) m and a radius of 362mm is filled with 1,562 m deep water. Water in the tank is rotating around its axis with an angular speed of 16,2 rad/s, water at a mass flow rate of 16,2 kg/s is added. i) Find the time required for the water not to overflow from the tank ii) Find the hydrostatic force applied to the lateral surface between A-B points at Dt = 3,62 sec. The temperature of the water in the tank and discharge is 15 oC. Solve the problem by making the necessary assumptions and drawing the schematic figure. (a=6 and b=2 on the figure)
The circular cross section tank with a height of (0,762 +0,262 +1,562=2.4+3*0,062) m and a radius of 362mm is filled with 1,562 m deep water. Water in the tank is rotating around its axis with an angular speed of 16,2 rad/s, water at a mass flow rate of 16,2 kg/s is added. i) Find the time required for the water not to overflow from the tank ii) Find the hydrostatic force applied to the lateral surface between A-B points at Dt = 3,62 sec. The temperature of the water in the tank and discharge is 15 oC. Solve the problem by making the necessary assumptions and drawing the schematic figure. (a=6 and b=2 on the figure)
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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The circular cross section tank with a height of (0,762 +0,262 +1,562=2.4+3*0,062) m and a radius of 362mm is filled with 1,562 m deep water. Water in the tank is rotating around its axis with an angular speed of 16,2 rad/s, water at a mass flow rate of 16,2 kg/s is added.
i) Find the time required for the water not to overflow from the tank
ii) Find the hydrostatic force applied to the lateral surface between A-B points at Dt = 3,62 sec. The temperature of the water in the tank and discharge is 15 oC. Solve the problem by making the necessary assumptions and drawing the schematic figure.
(a=6 and b=2 on the figure)
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