5 Consider the two different masses attached by a string over a pulley as shown The 15 kg mass feels friction with the ramp with coefficients of friction of (0 5,0 2) Make a complete model in particular, determine the range(s) of m 2 that will result in it accelerating downwards, the range of m 2 that will result in it accelerating upwards, and the range of m 2 that will result in the system staying stationary 5 Consider the two different masses attached by a string over a pulley as shown The 15 kg mass feels friction with the ramp with coefficients of friction of (0 5,0 2) Make a complete model in particular, determine the range(s) of m2 that will result in it accelerating downwards, the range of m2 that will result in it accelerating upwards, and the range of m2 that will result in the system staying stationary 15 kg m2 350

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Question: 5. Consider the two different masses attached by a string over a pulley as shown. The 15 kg mass feels friction with the ramp with

5. Consider the two different masses attached by a string over a pulley as shown. The 15 kg mass feels friction with the ramp with coefficients of friction of (0.5,0.2). Make a complete model - in particular, determine the range(s) of m2 that will result in it accelerating downwards, the range of m2 that will result in it accelerating upwards, and the range of m2 that will result in the system staying stationary.

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