Assuming an ideal transformer, The Thevenin’s equivalent voltage and impedance as seen from the terminals x and y for the circuit in figure are

Assuming an ideal transformer, The Thevenin’s equivalent voltage and

1.	Assuming an ideal transformer, The Thevenin’s equivalent voltage and impedance as seen from the terminals x and y for the circuit in figure are
A.	2 sin (ωt), 4 Ω
B.	1 sin (ωt), 1 Ω
C.	1 sin (ωt), 2 Ω
D.	2 sin (ωt), 0.5 Ω
Answer» B. 1 sin (ωt), 1 Ω