Flow of Fluids Quiz 1_Villanueva

Description

Unit Operations (Flow of Fluids) Quiz on Flow of Fluids Quiz 1_Villanueva, created by Emier Villanueva on 23/07/2015.
Emier Villanueva
Quiz by Emier Villanueva, updated more than 1 year ago
Emier Villanueva
Created by Emier Villanueva over 9 years ago
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Resource summary

Question 1

Question
What type of fluid displays decreasing viscosity with increasing shear rate?
Answer
  • Pseudoplastic Fluids
  • Thixotropic Fluids
  • Rheopectic Fluids
  • Newtonian Fluids

Question 2

Question
Which of the following factors do no influence the choice of pump for CONTINUOUS operations:
Answer
  • Corrosion Problems
  • The quality of liquid to be handled
  • The nature of the liquid to be pumped
  • The nature of the power supply

Question 3

Question
The bursting pressure of a pipe is directly proportional to its:
Answer
  • Schedule number
  • Inside diameter
  • Outside diameter
  • Length

Question 4

Question
The pressure after the pump in a 6 Sch 40 smooth steel pipe conducting water is 30 psia. The temperature of the system is in equilibrium with the temperature of the surroundings at (25 C). The water is discharged at an open tank 150 ft from the pump. Calculate the rate of discharge of water in ft3/s.
Answer
  • 1
  • 2
  • 3
  • 4

Question 5

Question
A square pole (s.g. 0.68), 80 mm by 80 mm by 6 m long, is suspended by a wire so that 4 m is submerged in water and 2 m is above the surface. What is the tension in the wire?
Answer
  • 5.022 E-03 N
  • 5.022 N
  • 4.056 N
  • 4.056 E-03 N

Question 6

Question
Suppose the barometer fluid (mercury) was changed to a mixture of benzene and methanol at 25C. The mixture contains 50% benzene and 50% methanol and the diameter of the column is 5 cm. How tall would the mixture rise up the column if the barometer is exposed to 1 atm.
Answer
  • 10.629 mm
  • 11.246 mm
  • 12.422 mm
  • 13.648 mm

Question 7

Question
Q. 5-7: A three-stage compressor is required to compress air from 140 kN/m2 and 283 K to 4000 kN/m2. What is the minimum work of compression or the theoretical work rate?
Answer
  • 319,170 J
  • 351,482 J
  • 360,856 J
  • 289,486 J

Question 8

Question
Based on Question 5, what is the isothermal work done by the pump?
Answer
  • 271,470 J
  • 296,468 J
  • 364,486 J
  • 348,786 J

Question 9

Question
What is the isothermal efficiency of the process in Question 5? It may be assumed that the compression is adiabatic.
Answer
  • 85 %
  • 83 %
  • 81 %
  • 87 %
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