A particle having a velocity `v = v_0` at `t= 0` is decelerated at the rate `|a| = alpha sqrtv ,` where `alpha` is a positive constant.

A particle having a velocity v = v_(0) " at " t = 0 is accelerated at a rate |a| = alpha sqrtv , where alpha is a positive constant. Calculate the distance travelled before the particle is brought to rest.

A point moves rectilinearly with deceleration whose modulus depends on the velocity v of the particle as alpha=ksqrtv , where k is a positive constant. At the initial moment the velocity of the point is equal to V_0 . What distance will it take to cover that distance?

A point moves rectilinearly with deceleration whose modulus depends on the velocity v of the particle as alpha=ksqrtv , where k is a positive constant. At the initial moment the velocity of the point is equal to V_0 . What distance will it take to cover that distance?

A point moves linearly with deceleration which is given by dv//dt=-alphasqrt(v) , where alpha is a positive constant. At the start v=v_(0) . The distance traveled by particle before it stops will be