90 Q6 (a) With suitable schematic diagram and assumptions, derive the expression of actual flow rate...

Transcribed Image Text:

90 Q6 (a) With suitable schematic diagram and assumptions, derive the expression of actual flow rate of an orifice meter for an inclined pipe. Define the coefficient of discharge, velocity, and contraction (b) Deduce the expression of velocity profile for fully developed laminar flow in a circular pipe, and then prove that, the average velocity of flow is 1/2 (one-half) of the maximum velocity. I need the proofs in detail,so i kindly request you to write all the steps and calculations and to draw all the necessary figures. I request you again not to skip any step. 90 Q6 (a) With suitable schematic diagram and assumptions, derive the expression of actual flow rate of an orifice meter for an inclined pipe. Define the coefficient of discharge, velocity, and contraction (b) Deduce the expression of velocity profile for fully developed laminar flow in a circular pipe, and then prove that, the average velocity of flow is 1/2 (one-half) of the maximum velocity. I need the proofs in detail,so i kindly request you to write all the steps and calculations and to draw all the necessary figures. I request you again not to skip any step.