A mass moves with zero acceleration over a distance of 10 meters; two forces (F1=10 N in magnitude and F2=5 N in magnitude) act on the mass 1) directly along its displacement and 2) directly opposite its displacement, respectively. What can be said regarding the magnitude of the third force acting on the mass (assuming there are only three forces)? |F3|=5 N |F3|=10 N |F3|=15 N |F3|=20 N |F3|=25 N NOTA/need to know the angle at which F3 acts

A mass moves with zero acceleration over a distance of 10 meters; two forces (F1=10 N in magnitude and F2=5 N in magnitude) act on the mass 1) directly along its displacement and 2) directly opposite its displacement, respectively. What can be said regarding the magnitude of the third force acting on the mass (assuming there are only three forces)? |F3|=5 N |F3|=10 N |F3|=15 N |F3|=20 N |F3|=25 N NOTA/need to know the angle at which F3 acts

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Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter1: Introduction And Vectors

Section: Chapter Questions

Problem 67P

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|F3|=5 N

|F3|=10 N

|F3|=15 N

|F3|=20 N

|F3|=25 N

NOTA/need to know the angle at which F3 acts

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