A person sitting in open car moving at constant velocity throws a ball vertically upwards in air. If effect of air resistance is neglected, the ball will fall

Exactly in the hands of the person

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Outside the car

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In the car behind the person

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In. the car ahead of the person

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Solution

The correct option is A Exactly in the hands of the person
Since the car is moving with a constant velocity, so no pseudo force acts on the ball while it is in air. Thus the ball goes vertically upwards and the falls downwards (w.r.t. car frame) and falls exactly in the hands of the person.

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A person sitting in open car moving at constant velocity throws a ball vertically upwards in air. If effect of air resistance is neglected, the ball will fall

The correct option is A Exactly in the hands of the personSince the car is moving with a constant velocity, so no pseudo force acts on the ball while it is in air. Thus the ball goes vertically upwards and the falls downwards (w.r.t. car frame) and falls exactly in the hands of the person.

The correct option is A Exactly in the hands of the person
Since the car is moving with a constant velocity, so no pseudo force acts on the ball while it is in air. Thus the ball goes vertically upwards and the falls downwards (w.r.t. car frame) and falls exactly in the hands of the person.