If `s=ae^(l) + be^(-t)` is the equation of motion of a particle, then its acceleration is equal to

If s=ae^(t) + be^(-t) is the equation of motion of a particle, then its acceleration is equal to

If s=e^(t) (sin t - cos t) is the equation of motion of a moving particle, then acceleration at time t is given by

If s=e^(t) (sin t - cos t) is the equation of motion of a moving particle, then acceleration at time t is given by

If s=4t+(1)/(t) is the equation o motion of a particle, then the acceleration when velocity vanishes, is

If s=4t+(1)/(t) is the equation o motion of a particle, then the acceleration when velocity vanishes, is

The equation of motion of a particle is x = a cos (a t)^2. The motion is

The equation of motion of a particle is x=a " cos"(alpha t)^(2) . The motion is

The equation of motion of a particle is x=a " cos"(alpha t)^(2) . The motion is

The equation of motion of a particle is x= a cos (alpha t)^(2) . The motion is………..