If x = a cos t is the displacement in time t then, acceleration is :

If x denotes displacement in time t and x=a cost, then acceleration is :-

If x denotes displacement in time t and x=a cost, then acceleration is :-

If x denotes displacement in time t and x=a cost, then acceleration is :-

If, at time t, x is the displacement and v the velocity, then acceleration at that time is

In an SHM, x is the displacement and a is the acceleration at time t. the plot of a against x for one complete oscillation will be

In an SHM, x is the displacement and a is the acceleration at time t. the plot of a against x for one complete oscillation will be

If the displacement at time 't' is x = acost, the acceleration is .......

It is given that t= px^(2) + qx , where x is displacement and t is time. The acceleration of particle at origin is

If displacement x at time t is x=sqrt(1+t^(2)) , then acceleration is

A particle moves according to the law x=t^(3)-6t^(2)+9t+5 . The displacement of the particle at the time when its acceleration is zero, is