For a body moving with uniform acceleration $a$ , initial and final velocities in a time interval $t$ are $u$ and $v$ respectively. Then, its average velocity in the time interval $t$ is :

Question

For a body moving with uniform acceleration

a

, initial and final velocities in a time interval

t

are

u

and

v

respectively. Then, its average velocity in the time interval

t

is :

Toppr Admin · Accepted Answer

S-ut-12at2v-u-atAverage velocity -Total-xA0-displacement-s-Total-xA0-time-t-ut-12at2t-u-12at

For a body moving with uniform acceleration $a$ , initial and final velocities in a time interval $t$ are $u$ and $v$ respectively. Then, its average velocity in the time interval $t$ is :
$(v + \frac{a t}{2})$
$(v - \frac{a t}{2})$
$(v - a t)$
$(u + \frac{a t}{2})$