- #1

Vettel

- 2

- 0

So, I used conservation of energy and figured out this equation;

kq^2/r = kq^2/d +1/2m1v1 + 1/2m2v2

where r is initial separation and m1 is 3.00e-3 and m2 is 6.00e-3.

By F1=F2, m1a1=m2a2 and I found out that v2 is v1/2. Am I right so far?

Then I solve the equation above for r and I got 0.0928 but it was wrong.

Can anybody help me please? I don't have any clue where I screwed up..

Thanks!