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eineluid phlwollot edini oldahsy won AM Refer to Figure 1 for questions 11-15 holl KF1 abnuc a F=WG) W=Fx2 2 ba apt to invoms ert on a 8 abnuoq 0$ = A Figure 1 Alo B 81ernoM .d 11. What is the mechanical advantage of this pulley system? 12. How much force would be required to lift a 1000-pound weight? 500 13. How much weight could be lifted if an effort of 100 pounds were applied? 200 14. If the weight being raised was 2,000 pounds, and the rope was pulled 10 feet, how high would the weight be raised? 15. To raise this 2,000-pound weight to a height of 2 feet, how much rope must be pulled? 2mgd=

eineluid phlwollot edini oldahsy won AM Refer to Figure 1 for questions 11-15 holl KF1 abnuc a F=WG) W=Fx2 2 ba apt to invoms ert on a 8 abnuoq 0$ = A Figure 1 Alo B 81ernoM .d 11. What is the mechanical advantage of this pulley system? 12. How much force would be required to lift a 1000-pound weight? 500 13. How much weight could be lifted if an effort of 100 pounds were applied? 200 14. If the weight being raised was 2,000 pounds, and the rope was pulled 10 feet, how high would the weight be raised? 15. To raise this 2,000-pound weight to a height of 2 feet, how much rope must be pulled? 2mgd=

Glencoe Physics: Principles and Problems, Student Edition
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter8: Rotational Motion
Section: Chapter Questions
Problem 83A
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Solve all parts with calculation and explanation
eineluid phlwollot edini oldahsy won AM Refer to Figure 1 for questions 11-15 holl KF1 abnuc a F=WG) W=Fx2 2 ba apt to invoms ert on a 8 abnuoq 0$ = A Figure 1 Alo B 81ernoM .d 11. What is the mechanical advantage of this pulley system? 12. How much force would be required to lift a 1000-pound weight? 500 13. How much weight could be lifted if an effort of 100 pounds were applied? 200 14. If the weight being raised was 2,000 pounds, and the rope was pulled 10 feet, how high would the weight be raised? 15. To raise this 2,000-pound weight to a height of 2 feet, how much rope must be pulled? 2mgd=
Transcribed Image Text:eineluid phlwollot edini oldahsy won AM Refer to Figure 1 for questions 11-15 holl KF1 abnuc a F=WG) W=Fx2 2 ba apt to invoms ert on a 8 abnuoq 0$ = A Figure 1 Alo B 81ernoM .d 11. What is the mechanical advantage of this pulley system? 12. How much force would be required to lift a 1000-pound weight? 500 13. How much weight could be lifted if an effort of 100 pounds were applied? 200 14. If the weight being raised was 2,000 pounds, and the rope was pulled 10 feet, how high would the weight be raised? 15. To raise this 2,000-pound weight to a height of 2 feet, how much rope must be pulled? 2mgd=
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