For example , at the time t=0 , the part...

For example , at the time `t=0` , the particle is at its mean position, then at which times, the particle will have potential energy `50%` of its total energy within `t=0` to `t=T` ?
Hint `:` When PE is `50%` of total energy `(1)/( 2) kx^(2) = (1)/(2) . (1)/(2) kA^(2)`

Similar Questions

Explore conceptually related problems

If particle is excuting simple harmonic motion with time period T, then the time period of its total mechanical energy is :-

A particle executes SHM with a time period T . The time period with which its potential energy changes is

A particle executing SHM starts from one end of its path. If the time period of the particle is T, then what will be the ratio of its kinetic energy and potential energy after a time of T/12 ?

A particle of mass m is executing simple harmonic motion with an amplitude A. If the mass of the particle is reduced by 50%, then what will be its (i) new frequency, (ii) new total energy?

A particle is executing SHM . It passes through mean position at the instant t = 0 . At what instants the speed of it is 50% of its maximum speed?

A particle is executing SHM with time period T. If time period of its total mechanical energy isT' then (T')/(T) is

For example , at the time `t=0` , the particle is at its mean position, then at which times, the particle will have potential energy `50%` of its total energy within `t=0` to `t=T` ? Hint `:` When PE is `50%` of total energy `(1)/( 2) kx^(2) = (1)/(2) . (1)/(2) kA^(2)`

Similar Questions

Recommended Questions

For example , at the time `t=0` , the particle is at its mean position, then at which times, the particle will have potential energy `50%` of its total energy within `t=0` to `t=T` ?
Hint `:` When PE is `50%` of total energy `(1)/( 2) kx^(2) = (1)/(2) . (1)/(2) kA^(2)`