The below set-up is used to measure the pressure of liquid ammonia (NH3) flowing through a...
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The below set-up is used to measure the pressure of liquid ammonia (NH3) flowing through a pipe. Properties of liquid ammonia can be find in the appendix. Po=57 kPa Air Pipe NH3 15°C NH3 h = 50 cm 15°C h=6 cm h3 h, = 8 cm 4=6 cm Gauge fluid (SG = 1.715) (a) Calculate the angle (8). [2 marks) (b) Calculate the heights h, and h,. [4 marks) (c) Calculate the density of gauge fluid. [2 marks] (d) Find the pressure of liquid ammonia inside the tank (P,). [2 marks) (e) Calculate the pressure of liquid ammonia in the pipe (P2). [10 marks) The below set-up is used to measure the pressure of liquid ammonia (NH3) flowing through a pipe. Properties of liquid ammonia can be find in the appendix. Po=57 kPa Air Pipe NH3 15°C NH3 h = 50 cm 15°C h=6 cm h3 h, = 8 cm 4=6 cm Gauge fluid (SG = 1.715) (a) Calculate the angle (8). [2 marks) (b) Calculate the heights h, and h,. [4 marks) (c) Calculate the density of gauge fluid. [2 marks] (d) Find the pressure of liquid ammonia inside the tank (P,). [2 marks) (e) Calculate the pressure of liquid ammonia in the pipe (P2). [10 marks)
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Related Book For
Fundamentals of Momentum, Heat and Mass Transfer
ISBN: 978-1118947463
6th edition
Authors: James Welty, Gregory L. Rorrer, David G. Foster
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