The drawing shows two books at rest on top of a desk. The history book is on top of the physics book, as shown. Labels for the magnitudes of relevant forces are listed below in alphabetic order. 1. FDG: the force the desk (D) exerts on the ground (G). 2. Fóp: the force the desk (D) exerts on the physics book (P). 3. FGD: the force the ground (G) exerts on the desk (D). 4. FHP: the force the history book (H) exerts on the physics book (P). 5. FpD: the force the physics book (P) exerts on the desk (D). 6. FPH: the force the physics book (P) exerts on the history book (H). 7. Wp: the weight of the desk (D). 8. WH: the weight of the history book (H). 9. Wp: the weight of the physics book (P). Begin by creating a free-body diagram for each of the objects, and then answer the questions below. ✓ 50% Part (a) All of the following relationships are correct. Which are correct due to Newton's Third Law? FDG = FGD, FPD = FDP, FHP = FPH ✓ Correct! All of the following relationships are correct. Which are correct due to Newton's Second or First Law? OFDG = FGD OFHP = FPH ⒸFPH = WH OFPD = FDP OFGD = WD + FPD OFDP = Wp + FHP

The drawing shows two books at rest on top of a desk. The history book is on top of the physics book, as shown. Labels for the magnitudes of relevant forces are listed below in alphabetic order. 1. FDG: the force the desk (D) exerts on the ground (G). 2. Fóp: the force the desk (D) exerts on the physics book (P). 3. FGD: the force the ground (G) exerts on the desk (D). 4. FHP: the force the history book (H) exerts on the physics book (P). 5. FpD: the force the physics book (P) exerts on the desk (D). 6. FPH: the force the physics book (P) exerts on the history book (H). 7. Wp: the weight of the desk (D). 8. WH: the weight of the history book (H). 9. Wp: the weight of the physics book (P). Begin by creating a free-body diagram for each of the objects, and then answer the questions below. ✓ 50% Part (a) All of the following relationships are correct. Which are correct due to Newton's Third Law? FDG = FGD, FPD = FDP, FHP = FPH ✓ Correct! All of the following relationships are correct. Which are correct due to Newton's Second or First Law? OFDG = FGD OFHP = FPH ⒸFPH = WH OFPD = FDP OFGD = WD + FPD OFDP = Wp + FHP

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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