[" A bird files for "4" s with a velocity of "|t-2" his "s^(-1)" in a straight line,where "t=" time in second.It covers a "],[" distance of "]

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

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

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

A bird flies for 4s with a velocity V=(t-2) m//s in a straight line where t= time in second Calculate the displacement and distance covered by the bird

A bird flies for 4s with a velocity V=(t-2) m//s in a straight line where t= time in second Calculate the displacement and distance covered by the bird

[" A particle starts from "],[" rest at "t=0" and moves "],[" along a straight line with "],[" a variable acceleration "],[" given by a "(t)=(3t+1)ms^(-2)],[" where "t" is in seconds."],[" The velocity of the "],[" particle at "t=4s" is "]

[" Velocity of a particle moving along "x" -axis "],[" as a function of time is given as "v=(4-],[t^(2))m/s," where "t" is time in second.The "],[" displacement of particle during "t=0s" to "t],[=1s" is "]

A particle starts from the origin with a velocity 5 cm/s and moves in a straight line its accelration at time t seconds being (3t^(2)-5t)cm//s^(2) . Find the velocity of the particle and its distance from the origin at the end of 4 seconds.

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.