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Consider the driven LC circuit below, with inductance 9 H, capacitance 4.8 mF, and generator voltage E = 450 cos⁡(ωt). If resonance occurs when no current passes through the voltage generator, then what is the angular frequency ω0 of the generator at resonance for this circuit? a. 151.79 radians /s b. 207.85 radians/s c. 284.60 radians /s d. 4.81 radians /s e. 0.73 radians/s

Consider the driven LC circuit below, with inductance 9 H, capacitance 4.8 mF, and generator voltage E = 450 cos⁡(ωt). If resonance occurs when no current passes through the voltage generator, then what is the angular frequency ω0 of the generator at resonance for this circuit? a. 151.79 radians /s b. 207.85 radians/s c. 284.60 radians /s d. 4.81 radians /s e. 0.73 radians/s

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Consider the driven LC circuit below, with inductance 9 H , capacitance 4.8 mF , and generator voltage E = 450 cos ⁡ ( ω t ) . If resonance occurs when no current passes through the voltage generator, then what is the angular frequency ω 0 of the generator at resonance for this circuit? a. 151.79 radians / s b. 207.85 radians/s c. 284.60 radians / s d. 4.81 radians / s e. 0.73 r a d i a n s / s

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