A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by

Question

A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by a light string. The ball moves so fast that the string is always taut. As the ball swings from its lowest point to its highest point: A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by a light string. The ball moves so fast that the string is always taut. As the ball swings from its lowest point to its highest point: The work done on it by gravity and the work done on it by the tension in the string are both equal to zero. The work done on it by gravity and the work done on it by the tension in the string are both equal to -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is zero. The work done on it by gravity is +118 J and the work done on it by the tension in the string is -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is +118 J.
SubmitMy AnswersGive Up A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by a light string. The ball moves so fast that the string is always taut. As the ball swings from its lowest point to its highest point: A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by a light string. The ball moves so fast that the string is always taut. As the ball swings from its lowest point to its highest point: The work done on it by gravity and the work done on it by the tension in the string are both equal to zero. The work done on it by gravity and the work done on it by the tension in the string are both equal to -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is zero. The work done on it by gravity is +118 J and the work done on it by the tension in the string is -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is +118 J.
SubmitMy AnswersGive Up A 3.00-kg ball swings rapidly in a complete vertical circle of radius 2.00 m by a light string. The ball moves so fast that the string is always taut. As the ball swings from its lowest point to its highest point: The work done on it by gravity and the work done on it by the tension in the string are both equal to zero. The work done on it by gravity and the work done on it by the tension in the string are both equal to -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is zero. The work done on it by gravity is +118 J and the work done on it by the tension in the string is -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is +118 J.
SubmitMy AnswersGive Up The work done on it by gravity and the work done on it by the tension in the string are both equal to zero. The work done on it by gravity and the work done on it by the tension in the string are both equal to -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is zero. The work done on it by gravity is +118 J and the work done on it by the tension in the string is -118 J. The work done on it by gravity is -118 J and the work done on it by the tension in the string is +118 J.

Explanation / Answer

answer :

The work done on it by gravity is -118 J and the work done on it by the tension in the string is zero.

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