Consider on object of mass m moving with...

Consider on object of mass m moving with velocity `v_0` and all other masses at rest initially. Find the % loss in energy after final collision. If all collision are perfectly inelastic.

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

JEE MAIN 2021
JEE MAINS PREVIOUS YEAR|Exercise PHYSICS SECTION B|30 Videos

Similar Questions

Explore conceptually related problems

An object of mass 40kg and having velocity 4 m//s collides with another object of mass 60 kg having velocity 2 m//s . The loss of energy when the collision is perfectly inelastic is

An object of mass 80 kg moving with velocity 2ms^(-1) hit by collides with another object of mass 20 kg moving with velocity 4 ms ^(-1) Find the loss of energy assuming a perfectly, inelastic collision

Blocks of masses m , 2m , 4m and 8m are arranged in a line on a frictionless floor . Another block of mass m , moving with speed v along the same line (see figure ) collides with mass m in perfectly inelastic manner. All the subsequent collisions are also perfectly inelastic. By the time the last block of mass 8 m starts moving the total energy loss is p% of the original energy . Value of 'p' is close to :

A body of mass m moving with velocity v makes a head-on collision with another body of mass 2 m which is initially at rest. The loss of kinetic energy of the colliding body (mass m ) is

Two balls each of mass 'm' are moving with same velocity v on a smooth surface as shown in figure. If all collisions between the balls and balls with the wall are perfectly elastic, the possible number of collisions between the balls and wall together is

A ball of mass m moving with velocity u strikes another identical ball at rest. Find the velocities of the balls after the collision if the coefficient of restitution is e and the collision is head -on. Also , calculate the loss in K.E.

JEE MAINS PREVIOUS YEAR-JEE MAIN-All Questions

Balmer series lies in which region of electromagnetic spectrum
Text Solution
|
If a ball A of mass mA = m/2 moving along x-axis collides elastically ...
Text Solution
|
Consider on object of mass m moving with velocity v0 and all other mas...
Text Solution
|
Two wires A & B bend like as shown in figure. 'A' has radius 2 cm and ...
Text Solution
|
For lyman series lambdamax -lambdamin = 340 Angstrom . Find same for p...
Text Solution
|
A body of mass m/2 moving with velocity v0 collides elastically with a...
Text Solution
|
Two infinitely large charged planes having uniform surface change dens...
Text Solution
|
Gravitational field intensity is given by E = Ax/((A^2 + x^2)^(3/2)) t...
Text Solution
|
Graph between stopping potential and frequency of light as shown find ...
Text Solution
|
Terminal voltage of cell (emf = 3V & internal resistance = r) is equal...
Text Solution
|
A particle at origin (0,0) moving with initial velocity u = 5 m/s hatj...
Text Solution
|
Distance between trough and crest of waves is 1.5m while distance betw...
Text Solution
|
Intensity of plane polarized light is 3.3 W/m. Area of plane 3 x 10^(-...
Text Solution
|
In compound microscope final image formed at 25 cm from eyepiece lens....
Text Solution
|
0.1 mole of gas at 200K is mixed with 0.05 mole of same gas at 400K. I...
Text Solution
|
Correct graph of voltage across zener diode will be
Text Solution
|
A bar magnet moves with constant velocity as shown in figure through a...
Text Solution
|
Two disc made of same material and same thickness having radius R and ...
Text Solution
|
Bus moving with speed v forwards a stationary wall. it produces sound ...
Text Solution
|
The given circuit behaves like a following single gate
Text Solution
|