Fluid Mechanics

A vibrant illustration showcasing fluid dynamics, including flowing liquids, pipes, and pressure gauges in a technical setting.

Fluid Mechanics Mastery Quiz

Test your knowledge of fluid mechanics with this engaging quiz designed for students, professionals, and enthusiasts alike. Dive into five carefully crafted questions that cover essential concepts and applications of fluid dynamics.

  • Multiple-choice and checkbox format
  • Focus on key principles and calculations
  • Great for revision or knowledge assessment
5 Questions1 MinutesCreated by CalculatingWave25
In  case  of  pressure  driven  laminar  flow  of  a  Newtonian  fluid  of  viscosity(μ) through a horizontal  circular pipe,  the velocity of the fluid  is proportional  to
μ
μ 0.5
 μ –1
μ –0.5
Losses for flow through valves and fitting are expressed  in terms of
Drag coefficient
Equivalent   length of  a straight  pipe
Shape  factor
roughness  factor
Water  is  flowing  under  laminar  conditions  in  a  pipe  of  length  L.   If  the  diameter  of the pipe is doubled,  for a constant volumetric flow rate,  the pressure drop across the pipe
  Decreases 2  times
Decreases 16  times
Increases 2  times
  Increases 16  times
T wo  and  a  half  cumecs  of  water  flows  through  a  50  cm  diameter  pipe.   If  the diameter  is  reduced  25  cm  at  constant  discharge,   what  would  be  the  mean velocity ?
12.73 m/s
50.95 m/s
40.72 m/s
10 m/s
Consider the fol lowing statements: 1.  The specific gravity of water  is one. 2.  The specific gravity of mercury  is 12.6. 3.  The dimension of specific gravity  is M 0 L 0 T 0 . 4.  A vessel  of 4000 l itres contains an oi l  which weights 30 kN.  The specific weight of the oi l   is 7.5 kN/m 3 . Of these statements
1 and 2 are  true
2 and 3 are  true
1,3 and 4 are  true
1,  2,  3 and 4 are  true
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