A signal generator supplies a sine wave of `200V, 5kHz` to the circuit shown in the figureure. Then, choose the wrong statement. .A. The current in te resistive brance is `0.2 A`B. the current in the capacitive branch is `0.126 A`C. Total line current is `~~0.283A`D. Current in both the branches is same

A signal generator supplies a sine wave of `200V, 5kHz` to the circuit

1.	A signal generator supplies a sine wave of `200V, 5kHz` to the circuit shown in the figureure. Then, choose the wrong statement. .A. The current in te resistive brance is `0.2 A`B. the current in the capacitive branch is `0.126 A`C. Total line current is `~~0.283A`D. Current in both the branches is same
Answer» Correct Answer - B `I_R=V_("rms")/R=20/100=0.2A` `X_C=1/(2pifC)=1/((2pi)(5xx10^3)(1/pixx10^-6))` `=100Omega` `:. I_C=V_("rms")/X_C+200/100=2A` `I_C is 90^@` ahead of the applied voltage and `I_R` is in phase with the applied voltage. Hence, there is as phase difference of `90^@` between `I_R` and `I_C` too. `:. I=sqrt(I_R^2+I_C^2)` `sqrt((2)^2(2)^2)` `=283A`.

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