Water flows from tank A to tank B, as shown in Figure Q4. By neglecting all minor losses and assuming friction factor of 0.01 for all pipes, find the flowrate into tank B when the valve is opened to allow water to flow into tank C.

$Water flows from tank $ A $ to tank $ B $, as shown in Figure $ Q 4 $. By neglecting all minor losses and assuming fric$

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Water flows from tank A to tank B, as shown in Figure Q4. By neglecting all minor losses and assuming friction factor of 0.01 for all pipes, find the flowrate into tank B when the valve is opened to allow water to flow into tank C.

$Water flows from tank $ A $ to tank $ B $, as shown in Figure $ Q 4 $. By neglecting all minor losses and assuming fric$

Water flows from tank $ A $ to tank $ B $, as shown in Figure $ Q 4 $. By neglecting all minor losses and assuming friction factor of $ 0.01 $ for all pipes, find the flowrate into tank B when the valve is opened to allow water to flow into tank $ \mathrm{C} $.

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