(i) Use Bernoulli's equation to derive expressions for the speed at which the water emerges from the hole, and the speed at which it hits the bench.

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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B69 (a) A cylinder of large cross-sectional area,
containing water, stands on a horizontal
bench. The water surface is at a height h
above the bench. Water emerges horizon-
tally from a hole in the side of the cylinder,
at a height y above the bench.
· (1) Use Bernoulli's equation to derive
expressions for the speed at which the
water emerges from the hole, and the
speed at which it hits the bench.
Transcribed Image Text:B69 (a) A cylinder of large cross-sectional area, containing water, stands on a horizontal bench. The water surface is at a height h above the bench. Water emerges horizon- tally from a hole in the side of the cylinder, at a height y above the bench. · (1) Use Bernoulli's equation to derive expressions for the speed at which the water emerges from the hole, and the speed at which it hits the bench.
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