derive the equation v²= u²+2as
Answers
Answered by
55
Hello freind !!
______________________________________
When a body is moving with uniform acceleration , the distance travelled by the body is given by :
Distance = Average velocity × time .........(1)
If u and v are the initial and final velocity then one can write
s = { v + u /2}×t ........(2)
By the first equation of motion ,
v = u + at
this gives
t = { V- U /a}
substituting the value of t in the equation ....2)we get
s = ( v + u /2) × (V- U/a)
this gives
2as = v^2 - u^2
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______________________________________
When a body is moving with uniform acceleration , the distance travelled by the body is given by :
Distance = Average velocity × time .........(1)
If u and v are the initial and final velocity then one can write
s = { v + u /2}×t ........(2)
By the first equation of motion ,
v = u + at
this gives
t = { V- U /a}
substituting the value of t in the equation ....2)we get
s = ( v + u /2) × (V- U/a)
this gives
2as = v^2 - u^2
Please mark it as brainliest and don't forget to press heart icon
Answered by
3
Explanation:
From the 1st equation of motion...
Put the value in the 2nd equation of motion..
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