1. A certain impedance taken 3A which lags the applied voltage by 53.13° when connected to a 115V, 50HZ supply. Another impedance taken 5A and leads the applied voltage by 45° when connected to the...


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1. A certain impedance taken 3A which lags the applied voltage by 53.13° when connected<br>to a 115V, 50HZ supply. Another impedance taken 5A and leads the applied voltage by<br>45° when connected to the same supply.<br>(a) If the two impedances are connected in series across a 230V, 50HZ source, calculate<br>the i(t) taken from the source.<br>(b) Is the total circuit inductive or capacitive? Justify your answer why.<br>Note: Express all your answer in polar form. However, note that final answer in number<br>1 question must be expressed as a function of time.<br>

Extracted text: 1. A certain impedance taken 3A which lags the applied voltage by 53.13° when connected to a 115V, 50HZ supply. Another impedance taken 5A and leads the applied voltage by 45° when connected to the same supply. (a) If the two impedances are connected in series across a 230V, 50HZ source, calculate the i(t) taken from the source. (b) Is the total circuit inductive or capacitive? Justify your answer why. Note: Express all your answer in polar form. However, note that final answer in number 1 question must be expressed as a function of time.

Jun 10, 2022
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