In Circuit-1 and Circuit-2 shown in the figures, π
�=1 β¦, π
�=2β¦ and π
�=3 β¦. � �� and π� are the power dissipations in Circuit-1 and Circuit-2 when the switches S1 and S2 are in open conditions, respectively. � ��and π� are the power dissipations in Circuit-1 and Circuit-2 when the switches S1 and S2 are in closed conditions, respectively. Which of the following statement(s) is(are) correct? (A) When a voltage source of 6 π is connected across A and B in both circuits, π�<π�. (B) When a constant current source of 2 π΄ππ is connected across A and B in both circuits, π�>π�. (C) When a voltage source of 6 π is connected across A and B in Circuit-1, π�>π�. (D) When a constant current source of 2 π΄ππ is connected across A and B in both circuits, � ��<π�.
In Circuit-1 and Circuit-2 shown in the figures, π
�=1 β¦, π
�=2β¦ and π
�=3 β¦. � �� and π� are the power dissipations in Circuit-1 and Circuit-2 when the switches S1 and S2 are in open conditions, respectively. � ��and π� are the power dissipations in Circuit-1 and Circuit-2 when the switches S1 and S2 are in closed conditions, respectively. Which of the following statement(s) is(are) correct? (A) When a voltage source of 6 π is connected across A and B in both circuits, π�<π�. (B) When a constant current source of 2 π΄ππ is connected across A and B in both circuits, π�>π�. (C) When a voltage source of 6 π is connected across A and B in Circuit-1, π�>π�. (D) When a constant current source of 2 π΄ππ is connected across A and B in both circuits, � ��<π�.