a pipe reducer is used to decrease the velocity of water (p=1000 kg/m) flowing from tank...

 

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a pipe reducer is used to decrease the velocity of water (p=1000 kg/m) flowing from tank A to tank B. The elevation different between the water surface A and B is 25 m. The friction factor, f of the small and the large pipe is 0.035 and 0.04 respectively. Given that each pipe is 100 m in length, neglecting the minor losses from the pipe fitting, calculate the flow velocity in each of the pipe. A D2 = 30 cm D1 = 15 cm B 25 m a pipe reducer is used to decrease the velocity of water (p=1000 kg/m) flowing from tank A to tank B. The elevation different between the water surface A and B is 25 m. The friction factor, f of the small and the large pipe is 0.035 and 0.04 respectively. Given that each pipe is 100 m in length, neglecting the minor losses from the pipe fitting, calculate the flow velocity in each of the pipe. A D2 = 30 cm D1 = 15 cm B 25 m

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Fluid mechanics techniques can be applied to solve this issue in particular Bernoullis equation and ... View the full answer