Connected objects with inclined plane problem. Consider the figure where you have two boxes connected by a string over a pulley. The smooth (frictionless) ramp is inclined to a an angle of 35° with the flat ground, and the box on the ramp has a mass of 6.40 kg. The mass of the hanging box is m = 3.05 kg. You don't need to consider significant figures in your answer, but don't round excessively partway through your calculations. 6.4 kg 35° Find (a) the direction and (b) the magnitude of the hanging box's acceleration.
Connected objects with inclined plane problem. Consider the figure where you have two boxes connected by a string over a pulley. The smooth (frictionless) ramp is inclined to a an angle of 35° with the flat ground, and the box on the ramp has a mass of 6.40 kg. The mass of the hanging box is m = 3.05 kg. You don't need to consider significant figures in your answer, but don't round excessively partway through your calculations. 6.4 kg 35° Find (a) the direction and (b) the magnitude of the hanging box's acceleration.
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Transcribed Image Text:Connected objects with inclined plane problem. Consider
the figure where you have two boxes connected by a
string over a pulley. The smooth (frictionless) ramp is
inclined to a an angle of 35° with the flat ground, and the
box on the ramp has a mass of 6.40 kg. The mass of the
6.4 kg
hanging box is m = 3.05 kg. You don't need to consider
significant figures in your answer, but don't round
excessively partway through your calculations.
35°
Find (a) the direction and
(b) the magnitude of the hanging box's acceleration.
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