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ㅁ 6. A large block 10-kg in mass sits on a horizontal surface. A smaller block 2-kg in mass is placed next to the larger block, as shown below. The coefficient of static friction between the blocks is 0.25; all other surfaces are frictionless. Note that the tendency of the system is for the 2-kg mass to want to slide downwards due to gravity. To try to counteract this, you push on the 2-kg block with a force F which causes it to interact with the 10-kg mass. a. What minimum force must be applied to the system to keep the 2-kg mass from sliding down the side of the 10-kg mass? b. If this force is applied, what is the acceleration of the small block? C. d. What force (direction and magnitude) does the small block exert on the larger block? What force (direction and magnitude) does the large block exert on the small block? H=0.25 F=? 2-kg 10-kg

ㅁ 6. A large block 10-kg in mass sits on a horizontal surface. A smaller block 2-kg in mass is placed next to the larger block, as shown below. The coefficient of static friction between the blocks is 0.25; all other surfaces are frictionless. Note that the tendency of the system is for the 2-kg mass to want to slide downwards due to gravity. To try to counteract this, you push on the 2-kg block with a force F which causes it to interact with the 10-kg mass. a. What minimum force must be applied to the system to keep the 2-kg mass from sliding down the side of the 10-kg mass? b. If this force is applied, what is the acceleration of the small block? C. d. What force (direction and magnitude) does the small block exert on the larger block? What force (direction and magnitude) does the large block exert on the small block? H=0.25 F=? 2-kg 10-kg

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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ㅁ 6. A large block 10-kg in mass sits on a horizontal surface. A smaller block 2-kg in mass is placed next to the larger block, as shown below. The coefficient of static friction between the blocks is 0.25; all other surfaces are frictionless. Note that the tendency of the system is for the 2-kg mass to want to slide downwards due to gravity. To try to counteract this, you push on the 2-kg block with a force F which causes it to interact with the 10-kg mass. a. What minimum force must be applied to the system to keep the 2-kg mass from sliding down the side of the 10-kg mass? b. If this force is applied, what is the acceleration of the small block? C. PP What force (direction and magnitude) does the small block exert on the larger block? d. What force (direction and magnitude) does the large block exert on the small block? μs=0.25 F=? 2-kg 10-kg (frictionless)
Transcribed Image Text:ㅁ 6. A large block 10-kg in mass sits on a horizontal surface. A smaller block 2-kg in mass is placed next to the larger block, as shown below. The coefficient of static friction between the blocks is 0.25; all other surfaces are frictionless. Note that the tendency of the system is for the 2-kg mass to want to slide downwards due to gravity. To try to counteract this, you push on the 2-kg block with a force F which causes it to interact with the 10-kg mass. a. What minimum force must be applied to the system to keep the 2-kg mass from sliding down the side of the 10-kg mass? b. If this force is applied, what is the acceleration of the small block? C. PP What force (direction and magnitude) does the small block exert on the larger block? d. What force (direction and magnitude) does the large block exert on the small block? μs=0.25 F=? 2-kg 10-kg (frictionless)
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