2. (12 pts) Find the Thevenin's equivalent for the circuit below. Final expressions for the
Thevenin's complex impedance and complex voltage should be in rectangular form. Convert
fractions to decimal numbers with 3 significant digits. The forms should be $Z_{th} = r+jx$ and $V_{th}$
$= (a+jb) \sin(\omega t)$, where r, x, a, and b are expressions with $\omega$.