In the figure shown, self-impedances of the two transmission lines are 1.5j p.u. each, and Zm = 0.5j p.u. is the mutual impedance. Bus voltages shown in the figure are in p.u. Given that δ > 0, the maximum steady-state real power that can be transferred in p.u. from Bus-1 to Bus-2 is

In the figure shown, self-impedances of the two transmission lines are

1.	In the figure shown, self-impedances of the two transmission lines are 1.5j p.u. each, and Zm = 0.5j p.u. is the mutual impedance. Bus voltages shown in the figure are in p.u. Given that δ > 0, the maximum steady-state real power that can be transferred in p.u. from Bus-1 to Bus-2 is
A.	\|E\| \|V\|
B.	2 \|E\| \|V\|
C.	\(\dfrac{\|E\|\|V\|}{2}\)
D.	\(\dfrac{3\|E\|\|V\|}{2}\)
Answer» B. 2 \|E\| \|V\|

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In the figure shown, self-impedances of the two transmission lines are 1.5j p.u. each, and Zm = 0.5j p.u. is the mutual impedance. Bus voltages shown in the figure are in p.u. Given that δ > 0, the maximum steady-state real power that can be transferred in p.u. from Bus-1 to Bus-2 is

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