A boy stretches a stone against the rubber tape of a catapult or 'gulel' (a device used to detach mangoes from the tree by boys in Indian villages) through a distance of 24 cm before leaving it. The tape returns to its initial normal position, accelerating the stone over the stretched length. The stone leaves the gulel with a speed of 2.2 m/s. Assuming that acceleration is constant while the stone was being pushed by the tape, find the magnitude.

A boy stretches a stone against the rubber tape of a catapult or 'gule

1.	A boy stretches a stone against the rubber tape of a catapult or 'gulel' (a device used to detach mangoes from the tree by boys in Indian villages) through a distance of 24 cm before leaving it. The tape returns to its initial normal position, accelerating the stone over the stretched length. The stone leaves the gulel with a speed of 2.2 m/s. Assuming that acceleration is constant while the stone was being pushed by the tape, find the magnitude.
Answer» A boy stretches a stone against the rubber tape of a catapult or 'gulel' (a device used to detach mangoes from the tree by boys in Indian villages) through a distance of $24 cm$ before leaving it. The tape returns to its initial normal position, accelerating the stone over the stretched length. The stone leaves the gulel with a speed of $2.2 m/s$ . Assuming that acceleration is constant while the stone was being pushed by the tape, find the magnitude.

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