Question 02: A box that weighs645V has an initial position at point A and final position at B. Given that the initial ve

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Question 02: A box that weighs645V has an initial position at point A and final position at B. Given that the initial ve

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Question 02 A Box That Weighs645v Has An Initial Position At Point A And Final Position At B Given That The Initial Ve 1
Question 02 A Box That Weighs645v Has An Initial Position At Point A And Final Position At B Given That The Initial Ve 1 (21.65 KiB) Viewed 21 times
Question 02: A box that weighs645V has an initial position at point A and final position at B. Given that the initial velocity is 2 m/s, the spring is initially compressed (deformed length of the spring is 20 cm and the original length is 25 cm) and the distance between A and B is 20 cm, find the vertical component of the force in the inclined rope required to make the speed of the box reach 3 m/s at B. (VB= 3 m/s). Neglect the change in angle of the rope. 0.4m AMM - 100 Nm
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