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Please explain on how to get the theta,  Qin and Qout. It should be theta =  54.2461 deg Q in = 0.0382 m3/s Q out = 0.0191 m3/s my professor said. but I don't have solution.  used 9.807m/s² not 9.81.. thank you

Please explain on how to get the theta,  Qin and Qout. It should be theta =  54.2461 deg Q in = 0.0382 m3/s Q out = 0.0191 m3/s my professor said. but I don't have solution.  used 9.807m/s² not 9.81.. thank you

Elements Of Electromagnetics
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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Please explain on how to get the theta,  Qin and Qout. It should be

theta =  54.2461 deg

Q in = 0.0382 m3/s

Q out = 0.0191 m3/s

my professor said. but I don't have solution. 

used 9.807m/s² not 9.81.. thank you 

1. A water jetpack suspends a 65kg man in air without motion along the vertical and the horizontal as the man tilts the platform. The jetpack has two outlets, each has a diameter of 5cm, and an inlet with a diameter of 6cm. Calculate the volumetric flowrate, in and out of the water jetpack, and the angle O such that there is no motion along any direction. Neglect the weight of the jetpack. The inlet is perpendicular to the outlet. inlet W W Q i 2Q0 ВАCK SIDE
Transcribed Image Text:1. A water jetpack suspends a 65kg man in air without motion along the vertical and the horizontal as the man tilts the platform. The jetpack has two outlets, each has a diameter of 5cm, and an inlet with a diameter of 6cm. Calculate the volumetric flowrate, in and out of the water jetpack, and the angle O such that there is no motion along any direction. Neglect the weight of the jetpack. The inlet is perpendicular to the outlet. inlet W W Q i 2Q0 ВАCK SIDE
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