For motion of an object along the x-axis the velocity `v` dipends on the displacement `x` an `v=3x^(2)`, then what is the acceleration at `x=2 m`.

For motion of an object along the x-axis the velocity v depends on the displacement x as v=3x^(2)-2x , then what is the acceleratiobn at x=2m .

For motion of an object along the x -axis,the velocity v depends on the displacement x as v=3x^(2)-2x ,then the acceleration of the object (in m/s^2 ) at x=2m is.....

For motion of an object along x-axis, the velocity V depends on the displacement x as V = 3x^(2) -2x . Accelertion at x= 2m is 10n where n is an integer. The value of n is "____________" .

For motion of an object along x-axis, the velocity V depends on the displacement x as V = 3x^(2) -2x . Accelertion at x= 2m is 10n where n is an integer. The value of n is "____________" .

For motion of an object along x-axis, the velocity V depends on the displacement x as V = 3x^(2) -2x . Accelertion at x= 2m is 10n where n is an integer. The value of n is "____________" .

The velocity v of moving object varies with displacement u as v=3x^(2)-2 ,then the acceleration at x=2m is

If, at time t, x is the displacement and v the velocity, then acceleration at that time is

The velocity of a body moving in a straight line is given by v=(3x^(2)+x)m//s . Find acceleration at x=2m .

" If the velocity v of a particle varies as the square of its displacement "x" then the acceleration varies as "

If the velocity "v" of a particle varies as the square of its displacement "x" then the acceleration varies as