**Question 7**: A pipe of constant diameter flowing water (of density $\rho_w$) horizontally at height $h = h_0$ meters has an original pressure $P_0$. The pipe now encounters a segment where it rises to a height of $h = h_1$ meters. What is the new pressure $P_1$ in the elevated segment of the pipe?A) $P_1 = P_0$B) $P_1 = P_0 - (1/2)(\rho_w)(vf)^2$C) $P_1 = P_0 + (1/2)(\rho_w)(g)(h_0 + h_1)$D) $P_1 = P_0 - (\rho_w)(g)(h_1 - h_0)$**Question 8**: A 10-kg piece of aluminum sits at the bottom of a lake, right next to a 10-kg piece of lead, which is much denser than aluminum. Which one has the greater buoyant force on it?A) the leadB) the aluminumC) Both have the same buoyant force.D) It cannot be determined without knowing their volumes.

Name: **Question 7**: A pipe of constant diameter flowing water (of density
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Description: **Question 7**: A pipe of constant diameter flowing water (of density $\rho_w$) horizontally at height $h = h_0$ meters has an original pressure $P_0$. The pipe now encounters a segment where it rises to a height of $h = h_1$ meters. What is

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7: A pipe of constant diameter flowing water (of density pw) horizontally at height h = ho meters has an original pressure Po. The pipe now encounters a segment where it rises to a height of h: hi meters. What is the new pressure Pi in the elevated segment of the pipe? A) P1 = Po B) P1 = Po – (1/2)(pw)(vr)² C) P1 = Po+ (1/2)(pw)(g)(ho + h1) D) P1 = Po – (pw)(g)(hı – ho)

7: A pipe of constant diameter flowing water (of density pw) horizontally at height h = ho meters has an original pressure Po. The pipe now encounters a segment where it rises to a height of h: hi meters. What is the new pressure Pi in the elevated segment of the pipe? A) P1 = Po B) P1 = Po – (1/2)(pw)(vr)² C) P1 = Po+ (1/2)(pw)(g)(ho + h1) D) P1 = Po – (pw)(g)(hı – ho)

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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