The acceleration of a'particle starting from rest, varies with time according to the relation `a=kt+c`. The velocity of the particle after time `t` will be :

The acceleration a of a particle starting from rest varies with time, according to relation a=alpha t+beta . The velocity of the particle after a time t will be

The acceleration of a particle which starts from rest varies with time according to relation a=2t+3. The velocity of the particle at time t would be

The acceleration of a particle which starts from rest varies with time according to relation a=2t+3. The velocity of the particle at time t would be

The acceleration of a particle starting from rest varies with time according to the relation a=-sw^2 sin wt The displacement of the particle at time 't' will be

The acceleration a of a particle starting from rest varies with time according to relation, a=alphat+beta . Find the velocity of the particle at time instant t. Strategy : a=(dv)/(dt)

The acceleration a of a particle starting from rest varies with time according to relation, a=alphat+beta . Find the velocity of the particle at time instant t. Strategy : a=(dv)/(dt)

The acceleration of a particle starting from rest, varies with time according to the relation A=-aomegasinmegat. . The displacement of this particle at a time t will be

The displacement of the particle varies with time according to the relation x=(k)/(b)[1-e^(-ht)] . Then the velocity of the particle is