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Buoyancy-and-Floatation

In a U-tube mercury manometer, one end is exposed to atmosphere and or end is connected to a pressurized gas. The gauge pressure of gas is found to be 40 kPa. Now, we change manometric fluid to water. The height difference changes by: (ρmercury = 13600 kg/m3, ρwater = 1000 kg/m3).


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This Chapter Buoyancy-and-Floatation consists of the following topics

In a U-tube manometer, one end is open to the atmosphere, the other end attached to a pressurized gas of gauge pressure 40 kPa. The height of the fluid column in the atmospheric side is 60 cm, and that on the gas side is 30 cm. The manometic fluid used is: (Take g = 9.8 m/s2).

In a U-tube mercury manometer, one end is exposed to atmosphere and or end is connected to a pressurized gas. The gauge pressure of gas is found to be 40 kPa. Now, we change manometric fluid to water. The height difference changes by: (ρmercury = 13600 kg/m3, ρwater = 1000 kg/m3).

A manometric liquid should suitably have _____

In a U-tube mercury manometer

one end is exposed to the atmosphere and the other end is connected to a pressurized gas. The gauge pressure of the gas is found to be 40 kPa. Now

we change the manometric fluid to water. The height difference changes by: (ρmercury = 13600 kg/m3

ρwater = 1000 kg/m3).

Buoyancy and Floatation

Fluid-Mechanics-Mcqs