At series resonance, the circuit offers____________ impedance?
At series resonance, the circuit offers____________ impedance?
		A.	Zero
B.	Maximum
C.	Minimum
D.	None of the above
		A.	Zero
B.	Maximum
C.	Minimum
D.	None of the above
		A.	Voltage amplification
B.	Current amplification
C.	Both voltage and current amplification
D.	None of the above
		A.	Remains the same
B.	Increases
C.	Decreases
D.	Insufficient data
		A.	Minimum
B.	Maximum
C.	Half-way between maximum and minimum
D.	Zero
		A.	Both voltage and current amplification
B.	Voltage amplifications
C.	Current amplification
D.	None of the above
		A.	2
B.	10
C.	50
D.	200
		A.	A pure resistive
B.	A pure inductive
C.	A pure capacitive
D.	A resonant tank