A Particle of mass 2kg is moving on a straight line under the action of force F(8-2x)N. The particle is released from rest at x = 6m. For the subsequent motion, match the following all the value in the Column-II are in their SI units): {:("Column - I", "Column - II"),("A) Equilibrium position is at x, x equal to", "P)" pi//4),("B) Amplitude of SHMs ","Q)" pi//2),("C) Time taken to go directly from x=2 to x = 4 ","R)" 4),("D)Energy of SHM is ","S)" 6),("E)Phase constant of SHM assuming equation of the form "A sin (omega t + phi),"T)" 2):}

A Particle of mass 2kg is moving on a straight line under the action o

1.	A Particle of mass 2kg is moving on a straight line under the action of force F(8-2x)N. The particle is released from rest at x = 6m. For the subsequent motion, match the following all the value in the Column-II are in their SI units): {:("Column - I", "Column - II"),("A) Equilibrium position is at x, x equal to", "P)" pi//4),("B) Amplitude of SHMs ","Q)" pi//2),("C) Time taken to go directly from x=2 to x = 4 ","R)" 4),("D)Energy of SHM is ","S)" 6),("E)Phase constant of SHM assuming equation of the form "A sin (omega t + phi),"T)" 2):}
Answer» ANSWER :A-R; B - T; C-Q; D -R ; E - Q