- 1 Two Masses 40 Kg And 60 Kg Respectively Are Suspended Using A Rope That Spans Two Pulleys As Shown In The Figures Bel 1 (139.94 KiB) Viewed 71 times
1) Two masses 40 kg and 60 kg respectively are suspended using a rope that spans two pulleys as shown in the figures bel
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1) Two masses 40 kg and 60 kg respectively are suspended using a rope that spans two pulleys as shown in the figures bel
1) Two masses 40 kg and 60 kg respectively are suspended using a rope that spans two pulleys as shown in the figures below. For the first pulley to the left, motion is caused by the force imbalance due to the unequal weights of the masses attached to the leftward pulley. a) If a force of 60g Newton (8=9.81 m/s^2) is applied to the second pulley system that hoists a single mass of 40 kg, neglecting friction in both pulley bearings and also contact surfaces irregularities for the mass of the pulleys, calculate the acceleration of the 40 kg mass attached to the first & second pulleys. Which pulley system has the greater acceleration and why is this so? wat వినియూయలకు SOY ST 40kg 4029 COK GogN 9=9,81 mist (a) (6)
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