3. The diagram shows a 0.41 kg object sliding from A to B on a frictionless inclined plane. When the block reached Bit c

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3. The diagram shows a 0.41 kg object sliding from A to B on a frictionless inclined plane. When the block reached Bit c

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3 The Diagram Shows A 0 41 Kg Object Sliding From A To B On A Frictionless Inclined Plane When The Block Reached Bit C 1
3 The Diagram Shows A 0 41 Kg Object Sliding From A To B On A Frictionless Inclined Plane When The Block Reached Bit C 1 (31.4 KiB) Viewed 56 times
3. The diagram shows a 0.41 kg object sliding from A to B on a frictionless inclined plane. When the block reached Bit continues to move along a horizontal surface BC where a kinetic frictional force acts. As a result the block slows down coming to rest at C. The kinetic energy of the block at A is 37). a. What is the speed of the cart in point B?[3] b. How much energy is converted into heat during section BC? (3) c. Using energy principles calculate the stopping distance BC if = 0.05 on the diagram. [3] d. What would be the constant acceleration for the section BC(use energy principles)? (3) 20 N om - 70
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