contestada

A stone of mass m is thrown upwards at an angle φ. The moment the stone leaves your hand it has an acceleration (friction is negligible) equal to

g

g sin (φ)

zero

Respuesta :

adrianabazan
The correct answer is:

= g

Explanation:

When the object leaves the hand it has a force acted on it mainly it’s weight.

The acceleration at the moment when the stone is left from the hand would be equal to:

a). g

  • As 'Acceleration' is defined as the pace by which the speed of movement of an object undergoes a change in association with time.
  • In the given situation, the ball is thrown upwards but when the stone leaves the grip of the hand, its acceleration would be g(gravitational constant).
  • The reason behind this is that the force exerted on it is primarily the weight of the stone(substance) itself.

Thus, option a is the correct answer.

Learn more about 'acceleration' here:

brainly.com/question/3046924

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