An RLC circuit is shown where R = 79.0 $\varOmega$,L = 35.0 mH,and C = 65.0 $\mu$F.These components are connected to an alternating current power supply operating with an angular frequency of $\omega$.What is the value of $\omega$ (in rad/s)so that the resistor dissipates the most possible energy?
A)663.0
B)828.7
C)1035.9
D)1294.9
E)1618.6

Question

An RLC circuit is shown where R = 79.0 $\varOmega$,L = 35.0 mH,and C = 65.0 $\mu$F.These components are connected to an alternating current power supply operating with an angular frequency of $\omega$.What is the value of $\omega$ (in rad/s)so that the resistor dissipates the most possible energy? 
A)663.0 
B)828.7 
C)1035.9 
D)1294.9 
E)1618.6

Quizplus · Accepted Answer

The Answer of An RLC circuit is shown where R = 79.0 $\varOmega$,L = 35.0 mH,and C = 65.0 $\mu$F.These components are connected to an alternating current power supply operating with an angular frequency of $\omega$.What is the value of $\omega$ (in rad/s)so that the resistor dissipates the most possible energy? 
A)663.0 
B)828.7 
C)1035.9 
D)1294.9 
E)1618.6

An RLC Circuit Is Shown Where R = 79 Ω\varOmegaΩ ,L = 350 MH,and C = 65

An RLC Circuit Is Shown Where R = 79 $\varOmega$ ,L = 350 MH,and C = 65