Phasor diagrams Assume all diagrams represent RLC Circuits (driven damped harmonic oscillators). All phasor diagrams rotate counter-clockwise. You may.

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Presentation transcript:

Phasor diagrams Assume all diagrams represent RLC Circuits (driven damped harmonic oscillators). All phasor diagrams rotate counter-clockwise. You may choose either axis to represent voltage.

Diagram 1 Describe this diagram. Is it possible? If so, is the circuit “capacitative” or “inductive”? If possible, what would you do to  to bring the circuit into resonance?

Diagram 2 Describe this diagram. Is it possible? If so, is the circuit “capacitative” or “inductive”? If possible, what would you do to  to bring the circuit into resonance?

Diagram 3 Describe this diagram. Is it possible? If so, is the circuit “capacitative” or “inductive”? If possible, what would you do to  to bring the circuit into resonance?

Diagram 4 Describe this diagram. Is it possible? If so, is the circuit “capacitative” or “inductive”? If possible, what would you do to  to bring the circuit into resonance?