The angular displacement of a particle is given by `theta=omega_(0)t+(1)/(2) alpha^(2), "and" alpha` are constatnt velocity at time, `t=2` sec will be ("in" rad//sec)-

The angular displacement of a particle is given by theta=t^(3)+ t^(2)+ t+1 then, its angular velocity at t = 2sec is ……….. rad s^(-1)

The angular displacement of a particle is given by theta=t^(3)+ t^(2)+ t+1 then, its angular velocity at t = 2sec is ……….. rad s^(-1)

The angular displacement of a particle is given by theta =t^3 + t^2 + t +1 then, its angular velocity at t=2 sec is …… rad s^(-1)

The angular displacement of a particle is given by theta = t^4 +t^3 +t^2 +1 where ‘t’ is time in seconds. Its angular velocity after 2 sec is

The angular displacement of a particle is given by theta = t^4 +t^3 +t^2 +1 where ‘t’ is time in seconds. Its angular velocity after 2 sec is

The angular displacement of a particle is given by theta =X t_(o) +(1)/(2)" at"^(2) , where X_(o) and a are constant and x_(o) =1" rad/s", a=1.5" rad/s"^(2). Find the angular velocity at time t=2s.

The angular displacement of particle (in radian) is given by theta=t^(2) + t . Calculate angular velocity at t=2 second.

The angular displacement of a particle is given by 0=X t_(o) +(1)/(2)" at"^(2) , where X_(o) and a are constant and x_(o) =1" rad/s", a=1.5" rad/s"^(2). Find the angular velocity at time t=2s.

The angular displacement of a particle is given by theta =t^3 + t^2 + t +1 then,the angular acceleration of the particle at t=2 sec is ……. rad s^(-2)

The angular displacement of a particle is given by theta = t^3 + 2t +1 , where t is time in seconds. Its angular acceleration at t=2s is