Question: A manometer 9 0 cm long 7 . 0 mm inside diameter gliss tube is 2 3 r d filled with water. The manometer is

A manometer 90 cm long 7.0 mm inside diameter gliss tube is 23rd filled with water. The
manometer is subjected to a pressure differential of 5500Nm2. Determine (a) Time constant. (b)
Damping coeflicient. Suggest design of the manometer considering the initial transient state. Given:
Density of water 1000kgm3. viscosity of water 1.hN-sm2.
A manometer 9 0 cm long 7 . 0 mm inside diameter

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