The equation of motion is given by`s=10t^2+60t`, where s is displacement in kilometre and t is time in hour. Find the velocity and acceleration at any point.

The equation of motion is given by s=10t^(2)+60t . Where s is displacement is kilometre and t is time in hour find Velocity and acceleration at any point.

The equation of motion is given by s=10t^2+60t , where s is displacement in kilometre and t is time in hour. Find the initial velocity.

The equation of motion is given by s=10t^2+60t , where s is displacement in kilometre and t is time in hour. Find the velocity after 1 hour.

The equation of motion is given by s=10t^(2)+60t . Where s is displacement is kilometre and t is time in hour find Initial velocity.

The equation of motion is given by s=10t^(2)+60t . Where s is displacement is kilometre and t is time in hour find The velocity after 1 hour.

The equation of motion is given by s=10t^(2)+60t . Where s is displacement is kilometre and t is time in hour find Distance travelled in 2 hours.

The equation of motion is given by s(t)=2t^3-6t^2+6 At what time, the velocity and accelerations are zero?

A particle moves in a circle of radius 20 cm. Its linear speed is given by v=2t, where t is in second and v in metre/ second. Find the radial and tangential acceleration at t=3s.

If position of a particle at instant t is given by x=3t^(2) , find the velocity and acceleration of the particle.

The law of linear motion of a particle is given by s=1/3t^(3)-16t , the acceleration at the time when the velocity vanishes is