The velocityof a particle that moves in the positive X- direction varies with its position, as shown in figure-1.22. Find its acceleration in `m//s^(2)` where `x = 6m`

The acceleration of a particle which moves along the positive x-axis varies with its position as shown in figure. If the velocity of the particle is 0.8 ms^(-1) at x = 0, then velocity of the particle at x = 1.4 m is (in ms^(-1)) .

The acceleration of a particle which moves along the positive x-axis varies with its position as shown in figure. If the velocity of the particle is 0.8 ms^(-1) at x = 0, then velocity of the particle at x = 1.4 m is (in ms^(-1)) .

The velocity (upsilon) of a particle moving along X-axis varies with its position x as shown in figure. The acceleration (a) of particle varies with position (x) as

The velocity (upsilon) of a particle moving along X-axis varies with its position x as shown in figure. The acceleration (a) of particle varies with position (x) as

The velocity of a particle moving in the positive direction of the X-axis varies as V=Ksqrt(S) where K is a positive constant. Draw V-t graph.

The velocity of a particle moving on the x-axis is given by v=x^(2)+x , where x is in m and v in m/s. What is its position (in m) when its acceleration is 30m//s^(2) .

The velocity of a particle moving on the x-axis is given by v=x^(2)+x , where x is in m and v in m/s. What is its position (in m) when its acceleration is 30m//s^(2) .

The velocity of a particle moving in the positive direction of the X-axis varies as v= Ksqrt(S) Where K is a positive constant.Draw V-t graph .