Physics, asked by HoneyChicken, 4 hours ago

derive the relation between position and velocity​

Answers

Answered by mg4484629
1

Answer:

hope this answer is right...

Attachments:
Answered by yogeeshwarantn1971
2

Answer:

The first equation of motion relates velocity to time. We essentially derived it from this derivative… The second equation of motion relates position to time.

...

calculus derivations.

v =v0 + at[1]s =s0 + v0t + ½at2[2]=v2 =v02 + 2a(s − s0)[3]

Explanation:

\huge\mathcal\pink{please}   \huge\mathcal\pink{drop}   \huge\mathcal\pink{some}   \huge\mathcal\pink{thanks}   \huge\mathcal\pink{dear.}

\huge\mathcal\red{I}   \huge\mathcal\red{will}   \huge\mathcal\red{return}   \huge\mathcal\red{you}   \huge\mathcal\red{back.}

Similar questions