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A big container is full of water with height h.  If we make a small opening at height y, find the speed of water flowing from the opening if h = 8 m and y =5 m (in m/s). (assume h is ~ constant) a)5.40 b)7.70 c)9.80 d)29.4 e)58.8

A big container is full of water with height h.  If we make a small opening at height y, find the speed of water flowing from the opening if h = 8 m and y =5 m (in m/s). (assume h is ~ constant) a)5.40 b)7.70 c)9.80 d)29.4 e)58.8

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 big container is full of water with height h.  If we make a small opening at height y, find the speed of water flowing from the opening if h = 8 m and y =5 m (in m/s). (assume h is ~ constant)

a)5.40

b)7.70

c)9.80

d)29.4

e)58.8

The image depicts a diagram of a cylindrical container filled with liquid. Two dimensions are highlighted: 1. Height (\(h\)): This is the vertical measurement from the bottom to the top surface of the liquid inside the cylinder. 2. Vertical Distance (\(y\)): This represents the vertical distance from the spout level to the top of the liquid surface, indicating the level of fluid above the exit point. Beside the cylinder, there’s an arrow demonstrating a path, usually showing the trajectory of liquid flow if it were to exit the cylinder from the point labeled \(y\).
Transcribed Image Text:The image depicts a diagram of a cylindrical container filled with liquid. Two dimensions are highlighted: 1. Height (\(h\)): This is the vertical measurement from the bottom to the top surface of the liquid inside the cylinder. 2. Vertical Distance (\(y\)): This represents the vertical distance from the spout level to the top of the liquid surface, indicating the level of fluid above the exit point. Beside the cylinder, there’s an arrow demonstrating a path, usually showing the trajectory of liquid flow if it were to exit the cylinder from the point labeled \(y\).
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