Aball is whirled in a horizontal circular path on the end of a string. predict the path of the ball when the string breaks. explain your answer.

The ball will go extraneously to the circular from the point it breaks amid its round movement. It's basic. It's simply the idea of centripetal power and diffusive force. The centripetal power is dependable to move the object(here ball) radially. And the radiating power adjusts it to move in a round way. Presently when any of these powers defeat the other. The string breaks.

Therefore. The outward powers make the item to go with a similar speed. In any case, the heading that was given by the centripetal power gets removed. Thereby the divergent power makes the article to venture out extraneously to the round way Since the adjusting centripetal power is removed

The answer is: The ball will go extraneously to the circular from the point it breaks amid its round movement. It's basic. It's simply the idea of centripetal power and diffusive force.