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0:05:10

A body to a constant force given by vec F(N) =- hat i +2 hat j +3 hat k What is the work done by

0:09:18

The distance X moved by a body of mass 0.5 kg 2 seconds? work done by the force in first under the

0:05:08

. A particle of mass 0.5 kg is subjected to a force which varies with distance as shown in graph

0:03:09

The work done in moving a particle from a point (1, 1) to (2, 3) in a plane in force field with

0:04:16

The force exerted on an object is F = f_{0}(x/a - 1) Find the work done in moving the x = 0 to x =

0:03:13

A ball (100 g) thrown from ground with speed 20 m/s comes back to the ground with speed 10 m/s.

0:06:09

IN A certain field, the potential energy is U = ax2 -bx3 where a and b constants. The particle is in

0:08:22

The figure below shows a fixed smooth incline plane having slope length 1, height h

0:13:28

A ball of mass m moving at a speed v makes a inetic energy of the ball after the collision is 4%

0:03:07

A block of mass m moving at a speed v compresses a spring through a distance x before its speed is

0:02:50

An elastic ball at rest with coefficient of restitution 1/2 is dropped from a height / on a smooth

0:08:39

A particle is thrown with kinetic energy k straight up a rough inclined plane of inclination a a

0:03:59

A ball of mass m is thrown from ground with speed u at an angle @ with horizontal. Find the Power

0:07:31

The ball of mass mis The ball strikes the block of mass 2m and sticks thrown with speed v to it.

0:05:58

A pendulum bob of mass M is raised to a height h and then released. At the bottom of its swing

0:53:46

Work Power And Energy Aakash module section B ncert MCQ for neet part 2

0:03:04

GET AAKASH MODULE SOLUTION NEET 2025

0:44:01

Work Power And Energy Aakash module section B ncert MCQ for neet part 1

0:00:56

a mass m collides elastically with another identical mass at rest in oblique manner,

0:02:17

If momentum of a body is decreased by 50%, then kinetic energy will be decreased by

0:01:13

A chain of mass 2 kg is placed on a smooth table 2. A with of its length hanging over the edge. 1/4

0:02:13

A ball of 4 kg mass moving with velocity 40 m/s in east direction collides with another

0:00:36

Which quantity remains conserved in all types of collisions

0:01:23

. A stone of mass 2 kg tie with the help of thread of length 2 m and moves in vertical circular moti