A jet of water is coming out from an inverted conical tank, which is full of water, through an orifice located in the side at 3 m from the top along the side of the tank. The tank is 4√5 m high and has a diameter at the top of 2 m. The vertex of the tank is 2 m above the ground level. If the coefficient of discharge is 0.62 and coefficient of velocity is 0.98, find the horizontal distance measured from the center of the conical tank to the point on the ground where the jet landed.
A jet of water is coming out from an inverted conical tank, which is full of water, through an orifice located in the side at 3 m from the top along the side of the tank. The tank is 4√5 m high and has a diameter at the top of 2 m. The vertex of the tank is 2 m above the ground level. If the coefficient of discharge is 0.62 and coefficient of velocity is 0.98, find the horizontal distance measured from the center of the conical tank to the point on the ground where the jet landed.
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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A jet of water is coming out from an inverted conical tank, which is full of water, through an orifice located in the side at 3 m from the top along the side of the tank. The tank is 4√5 m high and has a diameter at the top of 2 m. The vertex of the tank is 2 m above the ground level. If the coefficient of discharge is 0.62 and coefficient of velocity is 0.98, find the horizontal distance measured from the center of the conical tank to the point on the ground where the jet landed.
Transcribed Image Text:A jet of water is coming out from an inverted conical tank, which is full of water, through an orifice
located in the side at 3 m from the top along the side of the tank. The tank is 4√5 m h high and
has a diameter at the top of 2 m. The vertex of the tank is 2 m above the ground level. If the
coefficient of discharge is 0.62 and coefficient of velocity is 0.98, find the horizontal distance
measured from the center of the conical tank to the point on the ground where the jet landed.
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