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weight, NOTIal 1. (40 pts) As shown in Figure 1, a force F of 50.00 N at an angle 0 of 165.0 with respect to

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weight, NOTIal 1. (40 pts) As shown in Figure 1, a force F of 50.00 N at an angle 0 of 165.0 with respect to the positive x axis is applied to a body of mass m of 4.000 kg initially moving at velocity vo = 25.00 m/s in the positive x direction along a frictionless horizontal surface. Gravity acts downward. Over what displacement does the body continue to travel before momentarily coming to rest? (Hint: Draw a free- body diagram, state the appropriate Newton's law, solve for the horizontal acceleration, then choose an appropriate kinematic equation to complete the solution). Solve the problem fully algebraically before substituting any values. F Vo X m Figure 1. Geometry for problem 1

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