**Physics Problems: Collisions and Kinetic Energy****Problem 4:**A 0.11 kg bullet moving at 212 m/s hits a 6.1 kg block of wood at rest. If the bullet becomes embedded in the wood (and if the block of wood is free to move), what is the speed of the system immediately after the impact? What percent of the kinetic energy is lost due to the impact?**Options for speed:**A. 3.378 m/sB. 3.755 m/sC. 4.11 m/sD. 3.537 m/sE. 3.227 m/sF. 3.956 m/s**Problem 5:**What percent of the kinetic energy is lost due to the impact?**Options for percent:**A. 98.23 percentB. 113.10 percentC. 103.70 percentD. 94.76 percentE. 117.60 percentF. 108.20 percent**Problem 6:**A can of Coke moving at 18.1 m/s toward the right (the positive direction) collides with a can of Pepsi moving at 4.36 m/s toward the left, and both cans are badly crunched. If the final velocity of the can of Coke is 5.63 m/s still toward the right, then what is the final velocity of the can of Pepsi? Assume the two cans have equal masses.**Options for final velocity of the can of Pepsi:**A. 6.26 m/sB. -6.37 m/sC. -2.88 m/s**Explanation:**This set of problems requires the application of the principles of conservation of momentum and energy. The first problem involves a collision between a bullet and a block of wood, asking you to determine their combined speed post-collision and the percentage of kinetic energy lost. The second problem is about a collision between two cans, requiring determination of the final velocity of one can given the conditions described.These problems can be solved using the respective formulas:1. Conservation of Momentum: \[ m_1 v_{1i} + m_2 v_{2i} = (m_1 + m_2) v_f \]2. Kinetic Energy: \[ KE = \frac

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Description: **Physics Problems: Collisions and Kinetic Energy****Problem 4:**A 0.11 kg bullet moving at 212 m/s hits a 6.1 kg block of wood at rest. If the bullet becomes embedded in the wood (and if the block of wood is free to move), what is the speed of the

The given problem is based on the law of conservation of momentum. This law stated that the momentum…

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IZJWY A 0.11 kg bullet moving 212_m/s hits a 6.1 kg block of wood at rest. If the bullet becomes embedded in the wood (and if the block of wood is free to move), what is the speed of the system immediately after the impact? What percent of the kinetic energy is lost due to the impact? 4. speed A. 3.378_m/s D. 3.537_m/s B. 3.755 m/s E. 3.227_m/s C. 4.11 m/s F. 3.956 m/s 1--1 94.76 percent 117.60 percent 108.20 percent IZIWR 5. percent A. B. C. 1--1 98.23 percent 113.10 percent 103.70 percent DEE E. F.

IZJWY A 0.11 kg bullet moving 212_m/s hits a 6.1 kg block of wood at rest. If the bullet becomes embedded in the wood (and if the block of wood is free to move), what is the speed of the system immediately after the impact? What percent of the kinetic energy is lost due to the impact? 4. speed A. 3.378_m/s D. 3.537_m/s B. 3.755 m/s E. 3.227_m/s C. 4.11 m/s F. 3.956 m/s 1--1 94.76 percent 117.60 percent 108.20 percent IZIWR 5. percent A. B. C. 1--1 98.23 percent 113.10 percent 103.70 percent DEE E. F.

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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