Calculate the current across the capacitor shown in Fig. P8.6 if the voltage input is $v 1 (t) = 50 cos (441 t + 14 4^{\circ}) V$ Figure P8.6 For a current $i (t) = C cos (wt + P)$ , enter the value of the phase angle $(P)$ . (be sure that your answer is between-180deg to 180 deg.) Notes on entering solution: - Enter your solution in degree - Have your current in cosine format. Also, remember the current should have a positive value - Do not include units in your answer - ex. $5^{\circ}$ is entered as 5

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Calculate the current across the capacitor shown in Fig. P8.6 if the voltage input is

v 1 (t) = 50 cos (441 t + 14 4^{\circ}) V

Figure P8.6 For a current

i (t) = C cos (wt + P)

, enter the value of the phase angle

(P)

. (be sure that your answer is between-180deg to 180 deg.) Notes on entering solution: - Enter your solution in degree - Have your current in cosine format. Also, remember the current should have a positive value - Do not include units in your answer - ex.

5^{\circ}

is entered as 5

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