Question

Write an equation of motion under uniform acceleration stating the relation between velocity and
displacement and mention what each term indicates in it?

​

Answer 1

$\huge{\underline{\underline{\boxed{\sf{\purple{Answer : }}}}}}$

let an object is moving with uniform acceleration.

u = initial velocity of object

v = final velocity of object

a = uniform acceleration

Let object reaches at point B after time (t) Now, from the graph

Slope = Acceleration (a)= timechange in velocity

Change in velocity = AB = v - u

Time = AD =  t

a=tv−u

Solving we get

v=u+at.........(1st equation of motion )

Answer 2

Answer:

let an object is moving with ujiform acceleration

u= initial velocity of object

v= final velocity of object

a =uniform acceleration

let object reaches at point B after

time (t) Now, from the graph

slope = acceleration

(a) = time change in velocity

change in velocity=AB=V-U

time = AD=t

a=tv-u

solving we get

v=u+at.....(1st equation of motion)

Explanation:

hope it helps you