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Q2) Conceptual question, no calculations a) The two systems shown are very similar. In both cases, the horizontal surface is frictionless. All the boxes have the same mass. In which system will box 2 have a larger acceleration? Are they the same? How do you know? 2 no friction 2 no friction

Q2) Conceptual question, no calculations a) The two systems shown are very similar. In both cases, the horizontal surface is frictionless. All the boxes have the same mass. In which system will box 2 have a larger acceleration? Are they the same? How do you know? 2 no friction 2 no friction

International Edition---engineering Mechanics: Statics, 4th Edition
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter1: Introduction To Statics
Section: Chapter Questions
Problem 1.19P: Plot the earths gravitational acceleration g(m/s2) against the height h (km) above the surface of...
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Conceptual questions, no calculations

- + Automatic Zoom Q2) Conceptual question, no calculations a) The two systems shown are very similar. In both cases, the horizontal surface is frictionless. All the boxes have the same mass. In which system will box 2 have a larger acceleration? Are they the same? How do you know? 2 no friction b) Here is a graph of position vs. time for two objects (dotted line and dashed line) involved in a collision (at the star). The solid line represents the center-of-mass. There is a mistake in the graph! What is the mistake, and how do you know? Note: I did not give you any numbers on the graph, and you don't need them to find the error! X 2 no friction 1 Print
Transcribed Image Text:- + Automatic Zoom Q2) Conceptual question, no calculations a) The two systems shown are very similar. In both cases, the horizontal surface is frictionless. All the boxes have the same mass. In which system will box 2 have a larger acceleration? Are they the same? How do you know? 2 no friction b) Here is a graph of position vs. time for two objects (dotted line and dashed line) involved in a collision (at the star). The solid line represents the center-of-mass. There is a mistake in the graph! What is the mistake, and how do you know? Note: I did not give you any numbers on the graph, and you don't need them to find the error! X 2 no friction 1 Print
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