III. A woman uses a rope to pull a loaded sled of mass m-75 kg along a hotizontal surface of snow at a constant acceleration a. The coefficient of kinetic friction 4, between the runners and the snow is 0.10, and the angle e equals to 45 degree. If in 5.0 seconds, the sled starts from rest to reach a horizontal velocity of 2.5 m/s, find out the tension T in the rope.
III. A woman uses a rope to pull a loaded sled of mass m-75 kg along a hotizontal surface of snow at a constant acceleration a. The coefficient of kinetic friction 4, between the runners and the snow is 0.10, and the angle e equals to 45 degree. If in 5.0 seconds, the sled starts from rest to reach a horizontal velocity of 2.5 m/s, find out the tension T in the rope.
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Transcribed Image Text:III. A woman uses a rope to pull a loaded sled of mass m=75 kg along a horizontal surface of snow at a
constant acceleration a. The coefficient of kinetic friction u, between the runners and the snow is
0.10, and the angle p equals to 45 degree. If in 5.0 seconds, the sled starts from rest to reach a
horizontal velocity of 2.5 m/s, find out the tension T in the rope.
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