The voltage 8.00 sin (400t) is applied to a series RLC circuit, with R = 200 $\Omega$, L = 0.100 H, and C = 1.00 $\mu$F.What are the impedance Z and the phase angle $\theta$ ?
A)200 $\Omega$, -37.0 $\degree$
B)566 $\Omega$, +87.0 $\degree$
C)2 470 $\Omega$, -85.4 $\degree$
D)2 540 $\Omega$, -88.8 $\degree$
E)393 $\Omega$, -63.0 $\degree$

Question

The voltage 8.00 sin (400t) is applied to a series RLC circuit, with R = 200  $\Omega$, L = 0.100 H, and C = 1.00 $\mu$F.What are the impedance Z and the phase angle $\theta$ ?
A)200  $\Omega$, -37.0 $\degree$
B)566  $\Omega$, +87.0 $\degree$
C)2 470  $\Omega$, -85.4 $\degree$
D)2 540  $\Omega$, -88.8 $\degree$
E)393  $\Omega$, -63.0 $\degree$

Quizplus · Accepted Answer

The Answer of The voltage 8.00 sin (400t) is applied to a series RLC circuit, with R = 200  $\Omega$, L = 0.100 H, and C = 1.00 $\mu$F.What are the impedance Z and the phase angle $\theta$ ?
A)200  $\Omega$, -37.0 $\degree$
B)566  $\Omega$, +87.0 $\degree$
C)2 470  $\Omega$, -85.4 $\degree$
D)2 540  $\Omega$, -88.8 $\degree$
E)393  $\Omega$, -63.0 $\degree$

The Voltage 8 Ω\OmegaΩ , L = 0100 H, and C = 1

The Voltage 8 $\Omega$ , L = 0100 H, and C = 1