If `S=ut+1/2at^2` Where S is displacement, u initial velocity (constant) ,v final velocity, a acceleration (constant) & t- time taken then Differentiation of 'S' w.r.t. 't' will be

Find the relation v = u + at , where, u-initial velocity, v-final velocity, a-acceleration and t-time.

Double differentiation of displacement w.r.t. time is..

Double differentiation of displacement w.r.t. time is..

Check the correctness of the formula S=ut+1/3at^(2) where S is the distance , u is velocity , a is acceleration and t is time .

If a particle starts moving along a straight ine withinitial velocity u under contact acceleration a, its displacement with time is given by the relation x=ut+(1)/(2)at^2 Q. Differentiation of x w.r.t. t will be

If a particle starts moving along a straight ine withinitial velocity u under contact acceleration a, its displacement with time is given by the relation x=ut+(1)/(2)at^2 Q. Differentiation of x w.r.t. t will be

If a particle starts moving along a straight ine withinitial velocity u under contact acceleration a, its displacement with time is given by the relation x=ut+(1)/(2)at^2 Q. Differentiation of x w.r.t. t will be

If displacement S at time t is S=10t-5t^(2) , then velocity at time t is