Two men with masses m1=60 kg and m2=50 kg are climbing on a rope passing over an ideal pulley. If accelerations of m1 and m2 with respect to the rope are a1=4 m/s2 and a2=2 m/s2 upwards, then tension in the rope is (in Newtons) .

Two men with masses m1=60 kg and m2=50 kg are climbing on a rope pass

1.	Two men with masses m1=60 kg and m2=50 kg are climbing on a rope passing over an ideal pulley. If accelerations of m1 and m2 with respect to the rope are a1=4 m/s2 and a2=2 m/s2 upwards, then tension in the rope is (in Newtons) .
Answer» Two men with masses $m_{1} = 60$ kg and $m_{2} = 50$ kg are climbing on a rope passing over an ideal pulley. If accelerations of $m_{1}$ and $m_{2}$ with respect to the rope are $a_{1} = 4 m / s^{2}$ and $a_{2} = 2 m / s^{2}$ upwards, then tension in the rope is (in Newtons) .

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Two men with masses m1=60 kg and m2=50 kg are climbing on a rope passing over an ideal pulley. If accelerations of m1 and m2 with respect to the rope are a1=4 m/s2 and a2=2 m/s2 upwards, then tension in the rope is (in Newtons) .

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