for the given arrangement in figure it required to find the pump power in kW to...

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for the given arrangement in figure it required to find the pump power in kW to pump the water from reservoir (A) to reservoir (B) at a rate of 0.03 m³/s. The pumping 1.9%, where V₁ - discharge velocity. system causes a head loss of h B 2g Note; use energy equation and show all the steps to answer the questions. although final answer is important, the solution must be well explained as 5-15m d50mm d-10 mm 4-3m P₁=100 kPa V₁ = 2 m/s 2₁-5m for the given arrangement in figure it required to find the pump power in kW to pump the water from reservoir (A) to reservoir (B) at a rate of 0.03 m³/s. The pumping 1.9%, where V₁ - discharge velocity. system causes a head loss of h B 2g Note; use energy equation and show all the steps to answer the questions. although final answer is important, the solution must be well explained as 5-15m d50mm d-10 mm 4-3m P₁=100 kPa V₁ = 2 m/s 2₁-5m

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Solution Given Q 003 ms hr 19 12 29 3 Vd Calculate the velocity at the exit Q A V 3 3 ... View the full answer