According to Bernoulli's equation below,the product of the area, A, of a cross-section of a hose at a particular point and the velocity. V, of water traveling throughthe product of the area, Ag, of a second cross-section of the same hose at a second point and the velocity, V, of water traveling through the hose at the second poA, V = A, V2%3D1of the opening of a hose, how will the velocity of the water coming out of the hose change? ()If someone coversA. The velocity of the water through the partially covered opening will beof the velocity through the full opening.-B. The velocity of the water through the partially covered opening will be of the velocity through the full opening.C. The velocity of the water through the partially covered opening will be4of the velocity through the full opening.3D. The velocity of the water through the partially covered opening will be 4 times the velocity through the full opening.

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Description: According to Bernoulli's equation below,the product of the area, A, of a cross-section of a hose at a particular point and the velocity. V, of water traveling throughthe product of the area, Ag, of a second cross-section of the same hose at a second

Given that, Area of full opening =A If someone covers 14 of the opening of a hose. Area of partially…

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According to Bernoull's equation below.the product of the area, A. of a cross-section of a hose at a particular point and the velocity. Vị, of water traveling through the product of the area, Ag, of a second cross-section of the same hose at a second point and the velocity, V, of water traveling through the hose at the second po A, V = A2 V2 If someone covers of the opening of a hose, how will the velocity of the water coming out of the hose change? () A. The velocity of the water through the partially covered opening will be of the velocity through the full opening. B. The velocity of the water through the partially covered opening will be of the velocity through the full opening. C. The velocity of the water through the partially covered opening will be of the velocity through the full opening. D. The velocity of the water through the partially covered opening will be 4 times the velocity through the full opening.

According to Bernoull's equation below.the product of the area, A. of a cross-section of a hose at a particular point and the velocity. Vị, of water traveling through the product of the area, Ag, of a second cross-section of the same hose at a second point and the velocity, V, of water traveling through the hose at the second po A, V = A2 V2 If someone covers of the opening of a hose, how will the velocity of the water coming out of the hose change? () A. The velocity of the water through the partially covered opening will be of the velocity through the full opening. B. The velocity of the water through the partially covered opening will be of the velocity through the full opening. C. The velocity of the water through the partially covered opening will be of the velocity through the full opening. D. The velocity of the water through the partially covered opening will be 4 times the velocity through the full opening.

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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Question

According to Bernoulli's equation below,the product of the area, A, of a cross-section of a hose at a particular point and the velocity. V, of water traveling through
the product of the area, Ag, of a second cross-section of the same hose at a second point and the velocity, V, of water traveling through the hose at the second po
A, V = A, V2
%3D
1
of the opening of a hose, how will the velocity of the water coming out of the hose change? ()
If someone covers
A. The velocity of the water through the partially covered opening will be
of the velocity through the full opening.-
B. The velocity of the water through the partially covered opening will be of the velocity through the full opening.
C. The velocity of the water through the partially covered opening will be
4
of the velocity through the full opening.
3
D. The velocity of the water through the partially covered opening will be 4 times the velocity through the full opening.

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