A particle moves in the `x-y` plane such that its coordinates are given `x = 10sqrt(3) t, y = 10t - t^(2)` and `t` is time, find the initial velocity of the particle.

A particle moves along X-axis in such a way that its coordinate X varies with time t according to the equation x = (2-5t +6t^(2))m . The initial velocity of the particle is

A particle moves along X-axis in such a way that its coordinate X varies with time t according to the equation x = (2-5t +6t^(2))m . The initial velocity of the particle is

A particle moves along X-axis in such a way that its coordinate X varies with time t according to the equation x = (2-5t +6t^(2))m . The initial velocity of the particle is

A particle moves along the x-axis in such a way that its coordinates x varies with time 't' according to the equation x=2-5t+6t^(2) . What is the initial velocity of the particle?

A particle moves in an XY-plane in such a way that its x and y-coordinates vary with time according to x(t)=t^(3)-32t, y(t)=5t^(2)+12 Find the acceleration of the particle, if t = 3 s.

A particle moves in an XY-plane in such a way that its x and y-coordinates vary with time according to x(t)=t^(3)-32t, y(t)=5t^(2)+12 Find the acceleration of the particle, if t = 3 s.

A particle moves along x axis in such a way that its coordinate x varies with time t according to the equation x = A_0 - A_1 t + A_2 t^2 . The initial velocity of the particle is.

A particle moves in the x-y plane. It x and y coordinates vary with time t according to equations x=t^(2)+2t and y=2t . Possible shape of path followed by the particle is

A particle moves in the x-y plane. It x and y coordinates vary with time t according to equations x=t^(2)+2t and y=2t . Possible shape of path followed by the particle is

A particle moves in the x-y plane. It x and y coordinates vary with time t according to equations x=t^(2)+2t and y=2t . Possible shape of path followed by the particle is