The height y and the distance x along the horizontal plane of projectile on a certain planet (with no atmosphere on it) are given by y = `(8t-5t^(2))` metre and x = 6t metre , where time t is in seconds. Find the initial velocity with which the projectile is projected.

The height y and the distance x along the horizontal plane of a projectile on a certain planet (with no surrounding atmosphere) are given by y = (8t-5t^(2)) meter and x = 6t meter , where t is in second. The velocity with which the projectile is projected is

The height y and the distance x along the horizontal plane of a projectile on a certain planet [with no surrounding atmosphere] are given by y=[5t-8t^2] metre and x = 12t metre where t is the time in second. The velocity with which the projectile is projected is:

The height y nad the distance x along the horizontal plane of a projectile on a certain planet (with no surrounding atmosphere) are given by y = (8t - 5t^2) m and x = 6t m , where t is in seconds. The velocity with which the projectile is projected at t = 0 is.

The height y and distance x along the horizontal plane of a projectile on a certain planet are given by x = 6t m and y = (8t^(2) - 5t^(2))m . The velocity with which the projectile is projected is

The position coordinates of a projectile projected from ground on a certain planet (with an atmosphere) are given by y = (4t – 2t^(2)) m and x = (3t) metre, where t is in second and point of projection is taken as origin. The angle of projection of projectile with vertical is -

The vertical height y and horizontal distance x of a projectile on a certain planet are given by x= (3t) m, y= (4t-6t^(2)) m where t is in seconds, Find the speed of projection (in m/s).

The vertical and horizontal displacements of a projectile thrown from a point on the ground at time t are given by y=6t-5t^(2) and x=8t respectively,where x and y are in meters and t is in seconds.The time of flight of the projectile in seconds is ?

A travelling wave is given by y(0.8)/((3x^(2)+24xt+48t^(2)+4)) where x and y are in metres and t is in seconds. Find the velocity in m//s .