In Galileo's exp, in order to reach the same height,the ball must go distance on the horizontal surface after being released from an inclined plane of a height of 5m.

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2.5m

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10m

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infinite

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Solution

The correct option is D infinite
Think for 30 sec, and try to figure it out. Then move to the next video for the solution.

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Similar questions

Q. In Galileo's exp, in order to reach the same height,the ball must go distance on the horizontal surface after being released from an inclined plane of a height of 5m.

In Galileo's experiment in order to reach the same height how far must the ball go on the horizontal surface after being released from an incline of a height of 5m?

Q. A steel ball of mass

1 kg

is released from rest as shown and strikes a

45^{\circ}

inclined surface . If the co-efficient of restitution is

0.8

, the distance

S

, where the ball will strike the horizontal plane at

A

will be (approximately)

Q. A mass m slides down a plane inclined at an angle

α

to the horizontal. The height of the inclined plane is h and the coefficient of friction over both surface is

μ

. Then the distance that it will move on the horizontal plane after covering the entire length of the inclined plane.

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In Galileo's exp, in order to reach the same height,the ball must go distance on the horizontal surface after being released from an inclined plane of a height of 5m.

The correct option is D infiniteThink for 30 sec, and try to figure it out. Then move to the next video for the solution.

The correct option is D infinite
Think for 30 sec, and try to figure it out. Then move to the next video for the solution.