A particle is moving along a straight line with constant acceleration a. Show that the average velocity of the particle during time 0-t is vavg = ( v+ u)/2.

A particle is moving along a straight line with constant acceleration

1.	A particle is moving along a straight line with constant acceleration a. Show that the average velocity of the particle during time 0-t is vavg = ( v+ u)/2.
Answer» Type your question...11thPhysicsMotion in a Straight LineProblems on Equation of MotionA particle is moving in a s...PHYSICSA particle is moving in a straight line with CONSTANT acceleration 'a' and INITIAL velocity V 0 . AVERAGE velocity during first t second is _____ December 27, 2019avatarDharan NarbekarShareSaveANSWERInitial velocity =v 0 Acceleration =aTime =tDistance MOVED =v 0 t+ 21 at 2 Average velcoty = timedistance = tv 0 t+ 21 at 2 =v 0 + 21 at

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A particle is moving along a straight line with constant acceleration a. Show that the average velocity of the particle during time 0-t is vavg = ( v+ u)/2.​

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A particle is moving along a straight line with constant acceleration a. Show that the average velocity of the particle during time 0-t is vavg = ( v+ u)/2.