For `SHM` to take place force acting on the body should be proportional to `-x` or `F =- kx`. If `A` be the amplitude then enegry of oscillation is `1//2KA^(2)`.
If enegry of oscillation is `18J`, between what points does the block will oscillate?

For SHM to take place force acting on the body should be proportional to -x or F =- kx . If A be the amplitude then energy of oscillation is 1//2KA^(2) . The amplitude of oscillation is

Passage IX) For SHM to take place force acting on the body should be proportional to -x or F = -kx. If A be the amplitude then energy of oscillation is 1/2 k A^(2) If energy of osciallation is 18 J, between what points the block will oscillate?

For SHM to take place force acting on the body should be proportional to -x or F =- kx . If A be the amplitude then energy of oscillation is 1//2KA^(2) . Force acting on a block is F = (-4x +8) . Here F is in newton and x in the position of block on x-axis in meters

Passage IX) For SHM to take place force acting on the body should be proportional to -x or F = -kx. If A be the amplitude then energy of oscillation is 1/2 k A^(2) Force acting on a block is F=(-4x +8) . Here F is in Newton and x the position of block on x-axis in meter

Passage IX) For SHM to take place force acting on the body should be proportional to -x or F = -kx. If A be the amplitude then energy of oscillation is 1/2 k A^(2) Force acting on a block is F=(-4x +8) . Here F is in Newton and x the position of block on x-axis in meter

Passage IX) For SHM to take place force acting on the body should be proportional to -x or F = -kx. If A be the amplitude then energy of oscillation is 1/2 k A^(2) Force acting on a block is F = ( − 4 x + 8 ) . Here F is in Newton and x the position of block on x-axis in meter If energy of osciallation is 18 J, between what points the block will oscillate?

The damping force acting on an oscillating body is proportional to its velocity i.e. F = Kv. What is the dimensional formula for K?

A block of mass 0.01 kg is attached to a spring of force constant 10^(-1)Nm^(-1) . If the energy of oscillation is 10^(-5) J, find the angular frequency and amplitude of oscillation.

A horizontal platform with an object placed on it is executing SHM in the vertical direction . The amplitude of oscillation is 2.5 cm what must be the least period of these oscillations so that the object is not detached ?

A horizontal platform with an object placed on it is executing SHM in the vertical direction . The amplitude of oscillation is 2.5 cm what must be the least period of these oscillations so that the object is not detached ?