Derive an expression relating acceleration initial velocity final velo

1.	Derive an expression relating acceleration initial velocity final velocity and time
Answer» We know $\frac{d(<klux>V</klux>)}{dt}=a\\$ Then we can REWRITE this and integrate LHS WRT v and RHS wrt t: $\int\limits^v_u {} \, dv = \int\limits^t_0 {a} \, dt \\v-u=at\\v=u+at\\$

Derive an expression relating acceleration initial velocity final velocity and time

Answer»

We know

$\frac{d(<klux>V</klux>)}{dt}=a\\$

Then we can REWRITE this and integrate LHS WRT v and RHS wrt t:

$\int\limits^v_u {} \, dv = \int\limits^t_0 {a} \, dt \\v-u=at\\v=u+at\\$

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Derive an expression relating acceleration initial velocity final velocity and time

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