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(Solved): Example 5.10: The vertical, commercial steel pipe system shown in the following figure (D =300 mm t ...




Example 5.10: The vertical, commercial steel pipe system shown in the following figure (D \( =300 \) \( \mathrm{mm} \) throug
Example 5.10: The vertical, commercial steel pipe system shown in the following figure (D throughout) carries of water. Find the discharge in each pipe and the pressure drop between and if is higher than . - Neglect minor losses. - Kin. viscosity is . - Assume fully turbulent flow (use ultimate ). Area of the pipes


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  To solve the problem, we can use the Darcy-Weisbach equation to calculate the pressure drop and the discharge in each pipe. The equation is as follows:

?P = f * (L/D) * (? * V^2) / 2

Where:
?P is the pressure drop
f is the friction factor
L is the length of the pipe
D is the diameter of the pipe
? is the density of water
V is the velocity of water

Let's calculate the pressure drop between points A and B:

Given data:
Diameter (D) = 300 mm
Water flow rate = 0.82 m^3/s
Kinematic viscosity (?) = 1.52 × 10^-6 m^2/s
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