Solution 00 kg block slides down a 36 87 incline on which k 1 4 The block pulls via a rope on a pulley an 8 00 kg 497
Solution kg block slides down a incline on which k The block pulls via a rope
Solution kg block slides down a incline on which k The block
down a incline on which k The block pulls via a rope on a pulley an kg
Solution kg block slides down a incline on which k
The block pulls via a rope on a pulley an kg
Solution kg block slides down a incline on
Solution kg block slides
(Solution) 00-kg block slides down a 36.87 incline (on which k = 1/4). The block pulls, via a rope, on a pulley (an 8.00-kg, 497.

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A 5.00-kg block slides down a 36.87? incline (on which µk = 1/4). The block pulls, via a rope, on a pulley (an 8.00-kg, 497.1-microfurlong radius disk) situated at the top of the incline, which in turn pulls up a 1.00-kg hanging mass, accelerating it upwards. (a) Calculate the acceleration of the blocks. (b) Find the tension in both parts of the rope. Use g = 10 m/s2 .Answers:(a) 1.00 m/s2 (b) 15 N and 11 N between the pulley and 5.00 kg mass, and the pulley and 1.00 kg, respectively

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