Home
Class 11
PHYSICS
Two balls A and B of same masses are thr...

Two balls `A and B` of same masses are thrown from the top of the building `A`. Thrown upward with velocity `V and B`, thrown downward with velocity `V`, then

A

Velocity of A more than B at the ground

B

Velocity of B is more than A at the ground

C

Both A and B strike the ground with same velocity

D

None of these

Text Solution

Verified by Experts

The correct Answer is:
C
`v^(2)=u^(2)+2gh rArr v=sqrt(u^(2)+2gh)`
so for both the cases velocity will be equal .
Promotional Banner

Similar Questions

Explore conceptually related problems

How does the velocity of a ball thrown upwards change on its way?

A ball thrown up, what its velocity and acceleration at the top?

Two stones are thrown from top of tower, one vertically upward and other downward with same speed. Ratio of velocity when they hit the ground is:

If a ball is thrown upwards from the surface of earth :

A person standing near the edge of the top of a building throws two balls A and B. The ball A is thrown vertically upward and B is thrown vertically downward with the same speed. The ball A hits the ground with speed v_A and the ball B hits the ground wiht a speed v_B . We have

Three particles A, B and C are thrown from the top of a tower with the same speed. A is thrown up, B is thrown down and C is horizontally. They hit the ground with speeds v_(A),v_(B) and v_(C) respectively then,

Three stones A, B and C are simultaneously projected from same point with same speed. A is thrown upwards, B is thrown horizontally and C is thrown downwards from a building. When the distance between stone A and C becomes 10 m, then distance between A and B will be :

Two bodies of the same mass are thrown with equal speed from the top of a tower simultaneously. One body (x) 1s thrown vertically downwards. The other (y) is thrown horizontally.

Two balls of different masses are thrown vertically upwards with the same speed . They pass through the point of projection in their downward motion with the same speed ( Neglect air resistance ).