At time `t=0` s a car passes a point with velocity of `16 m//s` and thereafter slows down with acceleration `a=-0.5t m//s^(2)` ,where `t` is in seconds. It stops at the instant `t=`

At time t = 0, a car moving along a straight line has a velocity of 16 ms^-1. It slows down with an acceleration of -0.5t ms^-2, where t is in second. Mark the correct statement (s).

At time t = 0, a car moving along a straight line has a velocity of 16 ms^-1. It slows down with an acceleration of -0.5t ms^-2, where t is in second. Mark the correct statement (s).

A particle moving with uniform acceleration passes the point x=2m with velocity 20 m//s at the instant t=0 . Some time later it is observed at the point x=32 m moving with velocity 10 m//s . (a) What is its acceleration? (b) Find its position nd velocity at the instant t=8 s . (c) What is the distance traveled during the interval t=0 to 8s ?

A particle moving with uniform acceleration passes the point x=2m with velocity 20 m//s at the instant t=0 . Some time later it is observed at the point x=32 m moving with velocity 10 m//s . (a) What is its acceleration? (b) Find its position nd velocity at the instant t=8 s . (c) What is the distance traveled during the interval t=0 to 8s ?

If v=(t^(2)-4t+10^(5)) m/s where t is in second. Find acceleration at t=1 sec.

If v=(t^(2)-4t+10^(5)) m/s where t is in second. Find acceleration at t=1 sec.

If v=(t^(2)-4t+10^(5)) m/s where t is in second. Find acceleration at t=1 sec.

if a=3t^(2)+2t , initial velocity is 5 m//s . Find the velocity at t=4s. The motion is in straight line, a is acceleration in m//s^(2) and t is time in seconds.

A bird flies for 4s with a velocity of |t-2| m/s in a straight line, where time, t in seconds. It covers a distance of

The velocity of a particle is given by v=(5t^(2)-6t+5)m//s where t is time in seconds. Find its acceleration at t=4 second.