(30P) Total head loss of between Point

1

and Point

2

in the given figure is

9m

. Water is flowing at volumetric flow rate of

0.05(m^(3))/(s)

in Pipe A. All pipes are made of commercial steel. The kinematic viscosity of water is

1.033\\\\times 10^(-6)(m^(2))/(s)

. Neglecting minor losses, find the volumetric flow rate in Pipe B. The length and diameter of pipes are given on the figure. (Note: If iteration is required, stop after the second iteration.)

3. (30P) Total head loss of between Point 1 and Point 2 in the given figure is 9m. Water is flowing at volumetric flow rate of 0.05m3/s in Pipe A. All pipes are made of commercial steel. The kinematic viscosity of water is 1.033106m2/s. Neglecting minor losses, find the volumetric flow rate in Pipe B. The length and diameter of pipes are given on the figure. (Note: If iteration is required, stop after the second iteration.)