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A pipe with a diameter of 0.50 m drains water from a large reservoir as shown in the schematic. The water exits the pipe at 62 m/s. How high is the water level in the reservoir? Assume that the dam holds a massive amount of water, such that the water level is stationary as the water drains out of the pipe below. Both the top of the reservoir and the outlet of the pipe are in contact with air.

A pipe with a diameter of 0.50 m drains water from a large reservoir as shown in the schematic. The water exits the pipe at 62 m/s. How high is the water level in the reservoir? Assume that the dam holds a massive amount of water, such that the water level is stationary as the water drains out of the pipe below. Both the top of the reservoir and the outlet of the pipe are in contact with air.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A pipe with a diameter of 0.50 m drains water from a large reservoir as shown in the schematic. The water exits the pipe at 62 m/s. How high is the water level in the reservoir? Assume that the dam holds a massive amount of water, such that the water level is stationary as the water drains out of the pipe below. Both the top of the reservoir and the outlet of the pipe are in contact with air.
Transcribed Image Text:A pipe with a diameter of 0.50 m drains water from a large reservoir as shown in the schematic. The water exits the pipe at 62 m/s. How high is the water level in the reservoir? Assume that the dam holds a massive amount of water, such that the water level is stationary as the water drains out of the pipe below. Both the top of the reservoir and the outlet of the pipe are in contact with air.
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Step 1

Conservation of mass in fluid flow gives 

Av=constant

Where A is Area at which the flow 

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