Determine the phase constant and the impedance of the RLC circuit shown in the figure when the frequency of the time-varying emf is 1 kHz,where C = 100 $\mu$F,L = 10 mH,and R = 100 $\varOmega$.
A)31.5 $\circ$
B)58.5 $\circ$
C)63 $\circ$
D)27 $\circ$

Question

Determine the phase constant and the impedance of the RLC circuit shown in the figure when the frequency of the time-varying emf is 1 kHz,where C = 100 $\mu$F,L = 10 mH,and R = 100 $\varOmega$. 
A)31.5 $\circ$ 
B)58.5 $\circ$ 
C)63 $\circ$ 
D)27 $\circ$

Quizplus · Accepted Answer

The Answer of Determine the phase constant and the impedance of the RLC circuit shown in the figure when the frequency of the time-varying emf is 1 kHz,where C = 100 $\mu$F,L = 10 mH,and R = 100 $\varOmega$. 
A)31.5 $\circ$ 
B)58.5 $\circ$ 
C)63 $\circ$ 
D)27 $\circ$

Determine the Phase Constant and the Impedance of the RLC μ\muμ

Determine the Phase Constant and the Impedance of the RLC $\mu$