A 115 N block slides upward on a smooth vertical wall (ignore friction). If the magnitude of the force F = 80.0 N act on it and . a) Draw a Free-Body Diagram that represent the forces acting on the block. Label the coordinate system. ( no points will awarded unless the axis are labelled) b) Using the diagram write out Newton's Second in both the x and y direction. c) Using the equations you wrote in part b find the normal force exerted on the block by the wall and determine the block's acceleration m/s2.
A 115 N block slides upward on a smooth vertical wall (ignore friction). If the magnitude of the force F = 80.0 N act on it and . a) Draw a Free-Body Diagram that represent the forces acting on the block. Label the coordinate system. ( no points will awarded unless the axis are labelled) b) Using the diagram write out Newton's Second in both the x and y direction. c) Using the equations you wrote in part b find the normal force exerted on the block by the wall and determine the block's acceleration m/s2.
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A 115 N block slides upward on a smooth vertical wall (ignore friction). If the magnitude of the force F = 80.0 N act on it and .
a) Draw a Free-Body Diagram that represent the forces acting on the block. Label the coordinate system. ( no points will awarded unless the axis are labelled)
b) Using the diagram write out Newton's Second in both the x and y direction.
c) Using the equations you wrote in part b find the normal force exerted on the block by the wall and determine the block's acceleration m/s2.
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