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Use Newton's Second Law to determine an equation for the horizontal acceleration of the system (the magnitude of which is asys) in terms of FD,R on T, MT, M̟ and g.

Use Newton's Second Law to determine an equation for the horizontal acceleration of the system (the magnitude of which is asys) in terms of FD,R on T, MT, M̟ and g.

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3. Use Newton's Second Law to determine an equation for the horizontal acceleration of the system (the magnitude of which is asys) in terms of FD,R on T, MT, ML and g.
Transcribed Image Text:3. Use Newton's Second Law to determine an equation for the horizontal acceleration of the system (the magnitude of which is asys) in terms of FD,R on T, MT, ML and g.
1. First, we're going to analyze the truck and load as a single object. MT+ m2 Draw a free-body diagram showing the forces acting on the system. Include coordinate axes. To the right of the free-body diagram draw a single vector in the direction of acceleration and label it with magnitude asys (this is an "acceleration diagram")
Transcribed Image Text:1. First, we're going to analyze the truck and load as a single object. MT+ m2 Draw a free-body diagram showing the forces acting on the system. Include coordinate axes. To the right of the free-body diagram draw a single vector in the direction of acceleration and label it with magnitude asys (this is an "acceleration diagram")
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