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QUESTION 18 AY M1 o IM M2 X Consider two carts on a frictionless surface connected with a compressed massless spring which is released. Include the energy and momentum of the projectile and the cart in the totals. Ignore air resistance and friction. Include both carts and the spring in the momntum and energy totals Answer the following questions relating the energy and momentum from the time the spring is released to sometime later, after the spring has reached its maximal extension. Is the total energy (kinetic, gravitational, and elastic) conserved? (Y/N) Is the total momentum in the x direction (see axes in the figure) conserved? Is the total momentum in the y direction (see axes in the figure) conserved? (Y/N) (Y/N)

QUESTION 18 AY M1 o IM M2 X Consider two carts on a frictionless surface connected with a compressed massless spring which is released. Include the energy and momentum of the projectile and the cart in the totals. Ignore air resistance and friction. Include both carts and the spring in the momntum and energy totals Answer the following questions relating the energy and momentum from the time the spring is released to sometime later, after the spring has reached its maximal extension. Is the total energy (kinetic, gravitational, and elastic) conserved? (Y/N) Is the total momentum in the x direction (see axes in the figure) conserved? Is the total momentum in the y direction (see axes in the figure) conserved? (Y/N) (Y/N)

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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QUESTION 18 у M1 d IM M2 X Consider two carts on a frictionless surface connected with a compressed massless spring which is released. Include the energy and momentum of the projectile and the cart in the totals. Ignore air resistance and friction. Include both carts and the spring in the momntum and energy totals Answer the following questions relating the energy and momentum from the time the spring is released to sometime later, after the spring has reached its maximal extension. Is the total energy (kinetic, gravitational, and elastic) conserved? (Y/N) Is the total momentum in the x direction (see axes in the figure) conserved? Is the total momentum in the y direction (see axes in the figure) conserved? (Y/N) (Y/N)
Transcribed Image Text:QUESTION 18 у M1 d IM M2 X Consider two carts on a frictionless surface connected with a compressed massless spring which is released. Include the energy and momentum of the projectile and the cart in the totals. Ignore air resistance and friction. Include both carts and the spring in the momntum and energy totals Answer the following questions relating the energy and momentum from the time the spring is released to sometime later, after the spring has reached its maximal extension. Is the total energy (kinetic, gravitational, and elastic) conserved? (Y/N) Is the total momentum in the x direction (see axes in the figure) conserved? Is the total momentum in the y direction (see axes in the figure) conserved? (Y/N) (Y/N)
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