Two circuits are shown in figure ( a ) and ( b ) . At a frequency of _______ rad   s - 1 the average power dissipated in one cycle will be the same in both the circuits.

Question

Two circuits are shown in figure ( a ) and ( b ) . At a frequency of _______ rad &#160; s - 1 the average power dissipated in one cycle will be the same in both the circuits.

Aicharya · Accepted Answer

For figure ( a ) P avg = V rms 2 R v rms 2 Z 2 &#215; R = v rms 2 R &#215; 1 R 2 = Z 2 25 = x C - x L 2 + 5 2 2 25 = x c - x L 2 + 25 x c = x L &#8658; 1 &#969; C = &#969; L &#969; 2 = 1 L C = 10 6 0 . 1 &#215; 40 &#969; = 500

Two circuits are shown in figure ( a ) and ( b ) . At a frequency of _______ rad   s - 1 the average…

Solution

Two circuits are shown in figure ( a ) and ( b ) . At a frequency of _______ rad &#160; s - 1 the average…

Solution

Two circuits are shown in figure ( a ) and ( b ) . At a frequency of _______ rad s - 1 the average…