Jetskis function using an impeller wherein they intake water from the bottom and eject it out the back. Assuming that the exit valve is 3 cm in diameter, that the intake water enters vertically, and that hydrostatic pressure can be neglected, how fast must the water be exiting to produce 3,000 N of thrust?

Jetskis function using an impeller wherein they intake water from the bottom and eject it out the back. Assuming that the exit valve is 3 cm in diameter, that the intake water enters vertically, and that hydrostatic pressure can be neglected, how fast must the water be exiting to produce 3,000 N of thrust?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Jetskis function using an impeller wherein
they intake water from the bottom and
eject it out the back. Assuming that the exit
valve is 3 cm in diameter, that the intake
water enters vertically, and that
hydrostatic pressure can be neglected, how
fast must the water be exiting to produce
3,000 N of thrust?
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