Recent content by Sophie1

Would you be able to confirm that my working out upto the point i asked is correct as I'm not finding the answer. I will carry on trying.

could you give me a pointer of where to begin. I have not used or even see α,ω. With respect to laplace transform.

Evening All I have had a go at a laplace transform and got stuck. $$\frac{d^2v}{dt^2}+\frac R L \d v t+\frac 1{LC}v=\frac 1{LC}V_0$$ $$R=12 \Omega, L=0.16H, C=10^{-4}F, V_0=6V, v(0)=0, v'(0)=0$$ so subbing these in i get $$\mathscr L \left[ \frac {d^2v}{dt^2}+75\d v t+62500 v...