Question

formula for relation between initial, final velocity, acceleration and displacement in a uniformly accelerated straight line motion

Answer 1

hi Buddy
here's your answer looking for

To answer it , you should first arrange all the given quantities.

So, what we have here??
1). initial velocity [ u ]

2). final velocity [ v]

3). acceleration [ a]

4). displacement [ s]

isn't it?

now, by this we can conclude that , third equation of the motion is perfect for these scenarios.

hence, our equation will be as follows:-

${v}^{2} - {u}^{2} = 2as$

hope you are satisfied with my answer

Answer 2

the formula for relation between initial,final velocity, acceleration and displacement in a uniformly accelerated straight line motion is :-
2as=v^2-u^2 where a is acceleration,s is displacement,v is final velocity and u is initial velocity.
thank u ,hope it helps!