3) If mA is motionless, what is the tension force equal to? been lliw uovis W 4) If mA and ms are connected by a string that can't stretch, and mÅ isn't moving, what can you conclude about the motion of mB? Why? enoitesuo del-019 mau sd lliw boy ds) zid.nl 5) According to your sum of the forces what is tension force on mB equal to? 01 6) In a single piece of rope or string under tension, the entire length of the string experiences the same tension force. If that is the case how do the masses of and mB compare? MA 7) If mA is moving up a constant velocity, what is the net force acting on it? 8) If mA is moving up a constant velocity, what must mB be doing? 9) If mA is moving up at a constant velocity, how do the two masses compare? to muz silf nwob shW (S

3) If mA is motionless, what is the tension force equal to? been lliw uovis W 4) If mA and ms are connected by a string that can't stretch, and mÅ isn't moving, what can you conclude about the motion of mB? Why? enoitesuo del-019 mau sd lliw boy ds) zid.nl 5) According to your sum of the forces what is tension force on mB equal to? 01 6) In a single piece of rope or string under tension, the entire length of the string experiences the same tension force. If that is the case how do the masses of and mB compare? MA 7) If mA is moving up a constant velocity, what is the net force acting on it? 8) If mA is moving up a constant velocity, what must mB be doing? 9) If mA is moving up at a constant velocity, how do the two masses compare? to muz silf nwob shW (S

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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