2. The 200 g pellet is released from rest at a when the spring is compressed...

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2. The 200 g pellet is released from rest at a when the spring is compressed 75 mm and travels around the smooth loop ABCDE. Determine the smallest value of the spring constant for which the pellet will travel around the loop and will at all times remain in contact with the loop. ( Answer: k = 367 N/m) B 300 mm C r = 150 mm. D 2. The 200 g pellet is released from rest at a when the spring is compressed 75 mm and travels around the smooth loop ABCDE. Determine the smallest value of the spring constant for which the pellet will travel around the loop and will at all times remain in contact with the loop. (Answer: k = 367 N/m) B 300 mm C r = 150 mm. D 2. The 200 g pellet is released from rest at a when the spring is compressed 75 mm and travels around the smooth loop ABCDE. Determine the smallest value of the spring constant for which the pellet will travel around the loop and will at all times remain in contact with the loop. ( Answer: k = 367 N/m) B 300 mm C r = 150 mm. D 2. The 200 g pellet is released from rest at a when the spring is compressed 75 mm and travels around the smooth loop ABCDE. Determine the smallest value of the spring constant for which the pellet will travel around the loop and will at all times remain in contact with the loop. (Answer: k = 367 N/m) B 300 mm C r = 150 mm. D

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