For which flowrates through the Venturi meter shown in the figure below will cavitation occur it P1 = 275 kPa gage, atmospheric pressure is 101kPa (abs), and the vapor pressure is 3.6kPa (abs) and if ideal conditions exist? 24 mm i) 1000 cm³/s i) 2000 cm³/s i) 3000 cm³/s iv) 4000 cm³/s v) 5000 cm³/s a. i, i b. i, i O c. li, iv Od. iv e. iv, v

For which flowrates through the Venturi meter shown in the figure below will cavitation occur it P1 = 275 kPa gage, atmospheric pressure is 101kPa (abs), and the vapor pressure is 3.6kPa (abs) and if ideal conditions exist? 24 mm i) 1000 cm³/s i) 2000 cm³/s i) 3000 cm³/s iv) 4000 cm³/s v) 5000 cm³/s a. i, i b. i, i O c. li, iv Od. iv e. iv, v

Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

For which flowrates through the Venturi meter shown in the figure below will cavitation occur if
P1 = 275 kPa gage, atmospheric pressure is 101kPa (abs), and the vapor pressure is 3.6kPa (abs)
and if ideal conditions exist?
24 mm
12 m
y=9.1 kNim
i) 1000 cm³/s
i) 2000 cm?/s
ii) 3000 cm³/s
iv) 4000 cm³/s
v) 5000 cm /s
a. i, i
b. ii, i
c. ii, iv
O d. iv
e. iv, v

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