The circular cross section tank with a height of (0,721 +0,221 +1,521=2.4+3*0,021) m and a radius of 321mm is filled with 1,521 m deep water. Water in the tank is rotating around its axis with an angular speed of 12,1 rad/s, water at a mass flow rate of 12,1 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 = 3,21 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=2b=1
Question 1) The circular cross section tank with a height of (0,721 +0,221 +1,521=2.4+3*0,021) m and a radius of 321mm is filled with 1,521 m deep water. Water in the tank is rotating around its axis with an angular speed of 12,1 rad/s, water at a mass flow rate of 12,1 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 = 3,21 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=2b=1
Write the given information.
Write the expression of the volume of the tank.
Write the relation between volumetric flow rate, density, and the mass flow rate.
Write the expression of the volumetric flow rate.
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