Home
Class 12
MATHS
An elastic ball with coefficient of e...

An elastic ball with coefficient of elasticity 1/2 is dropped from rest at a height h on a smooth floor . The total distance covered by the ball is

A

more than 2h

B

less than 2h but more than `(3)/(2)` h

C

less than `(3)/(2)` h but more than `(4)/(3)` h

D

less than `(4)/(3)`h

Text Solution

Verified by Experts

The correct Answer is:
B
Promotional Banner

Topper's Solved these Questions

  • RECTANGULAR CARTESIAN CO-ORDINATE SYSTEM AND THE STRAIGHT LINE

    ML KHANNA|Exercise COMPREHENSION |11 Videos

  • TANGENTS AND NORMALS

    ML KHANNA|Exercise SELF ASSESSMENT TEST (MULTIPLE CHOICE QUESTIONS)|19 Videos

Similar Questions

Explore conceptually related problems

A ball is dropped from a height h on a floor. The coefficient of restitution for the collision between the ball and the floor is e. The total distance covered by the ball before it comes to the rest.

A ball is dropped from a height 'h' on to a floor of coefficient of restitution 'e'. The total distance covered by the ball just before second hit is

If a ball is dropped from height 2 metre on a smooth eleastic floor, then the time period of oscillation is

A ball is dropped from a height of 3m . If coefficient of restitution between the surface and ball is 0.5 , then the total distance covered by the before it comes to rest is

A ball is dropped from a height h on to a floor . If the cofficient of restitution is e, calculate the height the ball first rebounds ?

A spherical ball falls from a height h on to a floor of coefficient of restitution e . Calculate the total distance described by the ball before it comes to rest .

A ball is drpped from rest at height 4h . After it has fallen a distance d , a second ball is dropped from rest at height h . What should d be (in terms of h ) so that the balls hit the ground at the same time?

Two balls of same mass are dropped from the same height h, on to the floor. The first ball bounces to a height h/4, after the collision & the second ball to a height h/16. The impulse applied by the first & second ball on the floor are I_(1) and I_(2) respectively. Then

Two balls of same mass are dropped from the same height h, on to the floor. The first ball bounces to a height h//4 , after the collision & the second ball to a height h//6 . The impulse applied by the first & second ball on the floor are I_(1) and I_(2) respectively. Then :-