The distance travelled by an object along the axes are iven by ` x= 2 t^2 , y=t^2-4 t, z=3 t -5`. The initial velocity of the particle is .

The distance travelled by an object along the axes are given by x= 2 t^2 , y=t^2-4 t, z=3 t -5 . The initial velocity of the particle is .

The distance traveled by an object along the axes are even by x= 2 t^2 , y=t^2-4 t, z=3 t -5 . The initial velocity of the particle is .

If S=t^(4)-5t^(2)+8t-3 , then initial velocity of the particle is

The distance travelled by an object along a straight line in time t is given by s = 3 -41 + 5t^(2) , the initial velocity of the objectis

The distance travelled by an object along a straight line in time 't' is given by S = 3 - 4t + 5t^(2) , the initial velocity of the object is

The horizontal and vertical distances travelled by a particle in time t are given by x=6t and y=8t-5t^(2) . If g= 10m//sec^(2) , then the initial velocity of the particle is

The height y and the distance x along the horizontal, for a body projected in the vertical plane are given by y = 8t-5t^2 and x=6t , the initial velocity at t=0 of the body is

A particle moves with uniform acceleration and the distance travelled in t - th second is s_(t) = 3 + 2t . Find the initial velocity of the particle .

The distance travelled by a particle in time t is gicen by s=t^3-2t^2-3t+5 . The velocity of the particle when t=2 sec is