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
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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
Transcribed Image Text: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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