Fill in the blanks using appropriate word from the list at the end of each statement :
`(i)` The magnitude of accleration of a particle in `S.H.M.` is the `"….."` at the end points. (least, greatest)
`(ii)` The total energy of a particle in `S.H.M.` equals the `"......"` at the end point and the `"....."` at the mean position, (kinetic energy, potential energy)
`(iii)` the restoring force in `S.H.M.` is `"........"` in magnitude, when the particle is intantaneously at rest. (zero, maximum)
`(iv)` The time period of a particle in `S.H.M.` depends, in general , on `"........"`, but in independent of `"......."` (amplitude, force constant, initial phase, mass, total energy).
`(v)` For a particle in `S.H.M.` with a given mass `m` and force constant `k`, quantities which depends on initial conditions are `"......"` (time period, amplitude, phase, total energy, frequency).
`(vi)` A particle in `S.H.M`. has `"......"` speed, and `"....."` magnitude of accleration at its mean position. (minimum, maximum)

Answer

`(i)` greatest
`(ii)` potential energy, kinetic energy
`(iii)` zero
`(iv)` force costant and mass; amplitude, initial phase, and total energy
`(vi)` maximum, minimum