For Z₁ (the upper part of the circuit), we have:

X_L = 2π fL = 2π (60)(0.0200) = 7.540 Ω

Z₁ = R₁ + j(X_L − X_C)

= 100 + j(7.540 - 2210.485)

= 100 - 2202.9j

= 2205.21 ∠ − 87.40° Ω

For Z₂ (the lower part of the circuit), we have:

Z₂ = R₂ + j(X_L - X_C)

= 110 + j(- 1105.243)

= 1110.7 ∠ − 84.32° Ω

So the total impedance, Z_T, is given by:

This last line gives us Z_T = 59.9 - 736.5j Ω

Now:

So the total current taken from the supply is 203 mA and the phase angle is 85°.