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A block of mass M1 is fired horizontally at a second block of mass M2 which is initially at rest, hanging suspended in the air by a rope of length I. The second block is thus restricted to move as if it were a f pendulum. ing in a vertical circle due to the rope. If the initial velocity of the block of mass Mi is V-47.81 1-4.9m, and masses M.-1.2kg Me-24kg what is the tension in the rope immediately after impact? Answer in Newtons. 9, Answer: 162.2 The correct answer is: 162.24
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heu me will loe 1.2 니구.8 m, tm ils mouna m a -Centw. And f8ne. 、. o- rp:1→一貴 m,t m2 Im 4.9 1.6 2.21 N

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