Keeping velocity of horizontal projectile constant how many times height of the tower must be so that horizontal range gets doubled
Answers
The height of the tower must be four times so that the initial horizontal velocity gets doubled.
Explanation:
The horizontal velocity involves the motion that deals in the x direction, i.e, only side to side. This velocity does not deal in the up and down direction.
By keeping the horizontal velocity of a projectile constant, it becomes a never changing value. The acceleration occurred through gravity is 9.8 m/s/s.
The height of the tower must be four times so that the initial horizontal velocity gets doubled. Under this, as per the formula, the velocity of projectile remains same or unchanged.
Hence, doubling the horizontal range velocity will make the height of tower double. However, the angle of the horizontal projectile stays same.
Know more:
1. If the horizontal velocity of a projectile is root(2/5) times the velocity at half the maximum height, the angle of projection is
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2. Write the equation for the horizontal range covered by a projectile and specify when it will be maximum
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