the book gives me
Laplace impedance for a capacitor is Z=V/I=1/Cs
what is the Laplace impedance for an inductor? Z=Ls?
so would Vout=(Zc/R+Zc+ZL)Ein
(1/Cs)/(R+Ls+(1/Cs))
im getting
1/RCs+LCs for an answer
You are so close.
the book gives me
Laplace impedance for a capacitor is Z=V/I=1/Cs
what is the Laplace impedance for an inductor? Z=Ls?
so would Vout=(Zc/R+Zc+ZL)Ein
(1/Cs)/(R+Ls+(1/Cs)) (This expression is correct)
im getting
1/RCs+LCs for an answer (for some reason you made an error in your simplification process)
Ohhh, yes you are right. The correct answer is d. The numerator of e should be 1/LC as for e to equal d.Mik3, Initially I thought as you did. On closer inspection I think you will find that answer e. does not equate to d.
hgmjr
by Jake Hertz
by Jake Hertz
by Jake Hertz
by Jake Hertz