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A ball is thrown vertically upwards. After the ball is released and is moving upwards towards its peak, it slows down. During this time,

Select one
a the forces acting upon the ball are balanced.
b. none of these
c. the ball is experiencing an unbalanced force, it is directed downwards.
d there are no forces whatsoever acting upon the ball
e the ball is experiencing an unbalanced force, it is directed upwards.

2 Answers

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Final answer:

During its upward movement, a ball experiences an unbalanced force due to gravity acting downwards, which slows the ball down until it reaches the peak of its trajectory. So the correct option is c.

Step-by-step explanation:

When a ball is thrown vertically upwards and is moving towards its peak, it experiences an unbalanced force that is directed downwards. This unbalanced force is due to gravity, always acting on the ball to pull it towards the Earth. As the ball moves upwards, its speed decreases because the force of gravity is acting opposite to its direction of motion. Eventually, at the peak of its trajectory, the ball's velocity will be zero before it starts descending again. Therefore, the correct option is c. the ball is experiencing an unbalanced force, it is directed downwards.

User Zachary Vance
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The dorce is used in Star
User NIKHIL C M
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