Recent content by Harjot

Awesome! True enough :w Thanks a bunch!

Oh I was just wondering if I had done it right. If my assumption was fair to make. I realize now I should have put the work down first and then asked for clarification. woopsie daisy

Fair enough. I also had v(gamma)=d/t' --> (v^2)=((d^2)/(t'^2))*(1-(v/c)^2) --> here I considered d^2/t'^2 to be equal to c^2 because d=1 light year and t we set to 1 year so my equation became --> v^2 = c^2(1-(v^2/c^2)) --> (v^2)/(c^2) = 1-(v^2/c^2) --> ((v^2)/(c^2))+((v^2)/(c^2)) = 1 -->...

Hey! Would you mind sharing what you got as a result? I'm having a little trouble with the equation myself.