Velocity of a particle varies as `v=2t^3-3t^2` in `(km)/(hr)` If `t=0` is taken at 12:00 noon
Q. What is the velocity of the particle at 12:00 noon?

Velocity of a particle varies as v=2t^3-3t^2 in (km)/(hr) If t=0 is taken at 12:00 noon Q. The time at which speed of the particle is minimum.

Velocity of a particle varies as v=2t^3-3t^2 in (km)/(hr) If t=0 is taken at 12:00 noon Q. The time at which speed of the particle is minimum.

Velocity of a particle varies as v=2t^3-3t^2 in (km)/(hr) If t=0 is taken at 12:00 noon Q. Find the expression for the acceleration of the particle.

Velocity of a particle varies as v=2t^3-3t^2 in (km)/(hr) If t=0 is taken at 12:00 noon Q. Find the expression for the acceleration of the particle.

Velocity of a particle varies as v=2t^3-3t^2 in (km)/(hr) If t=0 is taken at 12:00 noon Q. Find the time between 12:00 noon and 1:00 pm which speed is maximum

If the velocity of a particle moving along x-axis is given as v=(3t^(2)-2t) and t=0, x=0 then calculate position of the particle at t=2sec.

If the velocity of a particle moving along x-axis is given as v=(3t^(2)-2t) and t=0, x=0 then calculate position of the particle at t=2sec.

If the velocity of a particle moving along x-axis is given as v=(3t^(2)-2t) and t=0, x=0 then calculate position of the particle at t=2sec.

Power supplied to a particle of 1 kg varies with times as P = t^(2)/2 watt. At t = 0, v= 0, the velocity of the particle at time t = 3s is