T 2) Problem #2: Shakeal and George: Shakeal and George pull hand over hand on opposite ends of a rope while standing on a frictionless frozen pond as shown in the picture above. They start from rest and accelerate toward each other as they pull the rope in. Shakeal's mass M= 180.0 kg is exactly three times that of George, who's mass is m= 60.0 kg. Shakeal's acceleration is A= 0.200 m/s². a) What is the tension T in the rope? b) What is George's acceleration a?
T 2) Problem #2: Shakeal and George: Shakeal and George pull hand over hand on opposite ends of a rope while standing on a frictionless frozen pond as shown in the picture above. They start from rest and accelerate toward each other as they pull the rope in. Shakeal's mass M= 180.0 kg is exactly three times that of George, who's mass is m= 60.0 kg. Shakeal's acceleration is A= 0.200 m/s². a) What is the tension T in the rope? b) What is George's acceleration a?
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2) Problem #2: Shakeal and George:
Shakeal and George pull hand over hand on opposite ends of a rope while standing on a frictionless frozen
pond as shown in the picture above. They start from rest and accelerate toward each other as they pull the rope in.
Shakeal's mass M= 180.0 kg is exactly three times that of George, who's mass is m= 60.0 kg.
Shakeal's acceleration is A= 0.200 m/s².
a) What is the tension T in the rope?
b) What is George's acceleration a?
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