Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","4","","","37.335 mA ∠-0.37 rad","","0","37.335 mA ∠0.37 rad","","0","13.2 mA ∠-0.37 rad","","0","18.667 mA ∠-0.37 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","7","","","181.69 mA ∠2.76 rad","","0","128.47 mA ∠2.76 rad","","100","90.845 mA ∠0.04 rad","","0","181.69 mA ∠2.84 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 3 V and frequency of 80 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0.3 radians.

","Multiple Choice Question","0","4","","","2.5857 mA ∠0.27 rad","","0","3.6568 mA ∠0.27 rad","","100","1.8284 mA ∠0.03 rad","","0","7.3135 mA ∠0.03 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","0.5","","","7.1458 A ∠-1.71 rad","","0","20.211 A ∠-1.71 rad","","0","10.106 A ∠1.43 rad","","100","20.211 A ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 50 V and frequency of 80 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","5 divided by 5 is 1","","100","3+3 = 7","","0","The sky is blue","","50","1.5827 A ∠-0.48 rad","","0","791.37 mA ∠0.48 rad","","100","1.5827 A ∠0.48 rad","","0","395.68 mA ∠0.48 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 100 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","A","a","","B","b","","C","c","","D","d","","958.13 μA ∠-1.51 rad","","0","677.5 μA ∠1.51 rad","","100","1.355 mA ∠1.51 rad","","0","1.355 mA ∠-1.51 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 80 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","217.96 mA ∠1.57 rad","","0","54.489 mA ∠-1.57 rad","","0","108.98 mA ∠1.43 rad","","100","54.489 mA ∠-1.71 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","2.5633 A ∠0.49 rad","","0","1.2816 A ∠0.49 rad","","0","906.26 mA ∠0.49 rad","","0","1.8125 A ∠-0.49 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","133.1 μA ∠1.25 rad","","0","188.23 μA ∠2.55 rad","","100","94.115 μA ∠1.25 rad","","0","266.2 μA ∠0.05 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 600 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","1.067 kA ∠-1.57 rad","","0","533.51 A ∠1.57 rad","","0","1.509 kA ∠-1.57 rad","","0","754.49 A ∠1.57 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","5.2589 mA ∠1.57 rad","","0","1.3147 mA ∠1.57 rad","","0","2.6294 mA ∠-1.37 rad","","100","1.8593 mA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","197.97 mA ∠1.57 rad","","0","139.98 mA ∠1.57 rad","","0","98.984 mA ∠1.57 rad","","100","49.492 mA ∠-1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 5 V and frequency of 80 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0.8 radians.

","Multiple Choice Question","0","9.6154 mA ∠0.8 rad","","0","4.8077 mA ∠0.8 rad","","100","6.7991 mA ∠0.8 rad","","0","2.4038 mA ∠0.8 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 400 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","401.62 μA ∠1.52 rad","","100","567.97 μA ∠-1.52 rad","","0","803.23 μA ∠-1.52 rad","","0","283.99 μA ∠1.52 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","52.593 μA ∠1.33 rad","","0","105.19 μA ∠1.33 rad","","0","74.377 μA ∠1.67 rad","","100","52.593 μA ∠0.17 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","92.593 mA ∠1.5 rad","","0","185.19 mA ∠1.5 rad","","100","130.95 mA ∠0 rad","","0","92.593 mA ∠0 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","40.444 A ∠1.57 rad","","0","40.444 A ∠-1.57 rad","","0","161.77 A ∠1.57 rad","","0","80.887 A ∠1.57 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 800 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","389.56 mA ∠-1.57 rad","","0","550.92 mA ∠-1.57 rad","","0","275.46 mA ∠-1.57 rad","","100","194.78 mA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","9.1861 A ∠1.23 rad","","0","25.982 A ∠1.23 rad","","0","18.372 A ∠-1.91 rad","","100","9.1861 A ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","624.85 mA ∠-0.02 rad","","0","883.67 mA ∠0.28 rad","","0","624.85 mA ∠0.32 rad","","0","1.2497 A ∠0.32 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","208.13 mA ∠-0.87 rad","","0","104.06 mA ∠-0.87 rad","","100","147.17 mA ∠1.87 rad","","0","147.17 mA ∠1.37 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","106.64 mA ∠0.22 rad","","100","213.28 mA ∠0.18 rad","","0","53.319 mA ∠0.02 rad","","0","75.404 mA ∠0.02 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","92.603 mA ∠-1.31 rad","","100","130.96 mA ∠-1.31 rad","","0","46.301 mA ∠1.31 rad","","0","185.21 mA ∠-1.31 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 40 V and frequency of 100 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 1.5 radians.

","Multiple Choice Question","0","39.99 mA ∠0.02 rad","","0","19.995 mA ∠1.52 rad","","100","28.277 mA ∠1.52 rad","","0","9.9976 mA ∠1.48 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","374.89 nA ∠-0.02 rad","","0","530.17 nA ∠-0.02 rad","","0","265.09 nA ∠0.02 rad","","100","132.54 nA ∠-0.02 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 800 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","1.7362 A ∠0.97 rad","","0","613.83 mA ∠0.83 rad","","0","868.08 mA ∠0.83 rad","","100","1.7362 A ∠0.83 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","256.92 mA ∠2.74 rad","","100","513.84 mA ∠2.74 rad","","0","513.84 mA ∠2.66 rad","","0","181.67 mA ∠2.74 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","1.7865 mA ∠0.27 rad","","0","631.63 μA ∠-0.27 rad","","0","2.5265 mA ∠0.27 rad","","0","1.2633 mA ∠0.27 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 6 V and frequency of 30 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","63.801 mA ∠-1.57 rad","","0","127.6 mA ∠1.57 rad","","0","90.228 mA ∠-1.57 rad","","100","127.6 mA ∠-1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","4.5339 A ∠-1.57 rad","","100","6.4119 A ∠1.57 rad","","0","9.0679 A ∠1.57 rad","","0","3.206 A ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 20 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0.8 radians.

","Multiple Choice Question","0","4.1359 A ∠2.37 rad","","100","8.2718 A ∠-1.57 rad","","0","2.9245 A ∠-0.77 rad","","0","2.068 A ∠2.37 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","91.555 μA ∠1.57 rad","","100","183.11 μA ∠1.57 rad","","0","45.777 μA ∠-1.57 rad","","0","129.48 μA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","17.093 mA ∠0.78 rad","","0","34.186 mA ∠0.82 rad","","0","17.093 mA ∠-0.82 rad","","0","24.173 mA ∠2.42 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","14.925 mA ∠2.1 rad","","0","10.554 mA ∠2.1 rad","","100","5.2769 mA ∠0 rad","","0","21.108 mA ∠0 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","3.5821 A ∠0 rad","","100","7.1642 A ∠0 rad","","0","2.5329 A ∠0 rad","","0","5.0658 A ∠0 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","92.44 A ∠2.07 rad","","100","46.22 A ∠-1.57 rad","","0","130.73 A ∠2.07 rad","","0","130.73 A ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","314.09 μA ∠1.55 rad","","0","628.18 μA ∠1.55 rad","","0","444.19 μA ∠1.55 rad","","100","628.18 μA ∠-1.55 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","1.3117 A ∠1.57 rad","","0","2.6234 A ∠-1.57 rad","","0","2.6234 A ∠1.57 rad","","0","1.855 A ∠-1.57 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 240 V and frequency of 700 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 2.6 radians.

","Multiple Choice Question","0","39.239 kA ∠-2.11 rad","","100","27.746 kA ∠-1.57 rad","","0","19.62 kA ∠-1.57 rad","","0","27.746 kA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 500 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 2.3 radians.

","Multiple Choice Question","0","2.6584 mA ∠-2.41 rad","","0","7.519 mA ∠1.57 rad","","0","1.8798 mA ∠0.73 rad","","0","3.7595 mA ∠-2.41 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","103.09 mA ∠-0.02 rad","","0","206.18 mA ∠0.02 rad","","100","103.09 mA ∠0.02 rad","","0","412.36 mA ∠0.02 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","47.278 A ∠2.17 rad","","100","23.639 A ∠1.57 rad","","0","66.862 A ∠2.17 rad","","0","33.431 A ∠-1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","179.86 mA ∠-1.57 rad","","100","254.36 mA ∠-1.57 rad","","0","254.36 mA ∠1.57 rad","","0","127.18 mA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 300 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","522.19 mA ∠-0.71 rad","","100","1.0444 A ∠0.71 rad","","0","1.0444 A ∠-0.71 rad","","0","738.49 mA ∠-0.71 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 60 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 2.9 radians.

","Multiple Choice Question","0","50.508 mA ∠0 rad","","0","50.508 mA ∠2.9 rad","","0","71.429 mA ∠2.9 rad","","0","35.714 mA ∠2.9 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 220 V and frequency of 100 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","1.4444 A ∠1.19 rad","","0","2.8887 A ∠-1.19 rad","","0","2.0426 A ∠-1.19 rad","","100","1.0213 A ∠-1.19 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 90 Hz. Which of the following options represents the current flowing through the circuit.

Note: the phase angle of the supply is 1.9 radians.

","Multiple Choice Question","0","13.171 kA ∠0.33 rad","","0","4.6565 kA ∠0.33 rad","","0","6.5854 kA ∠-2.81 rad","","0","9.3131 kA ∠-2.81 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","86.882 μA ∠2.53 rad","","0","61.435 μA ∠-0.23 rad","","0","61.435 μA ∠2.53 rad","","0","43.441 μA ∠2.53 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","23.679 mA ∠1.57 rad","","0","16.744 mA ∠-1.57 rad","","0","33.487 mA ∠-1.57 rad","","100","47.358 mA ∠1.57 rad","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options represents the current flowing through the circuit.

","Multiple Choice Question","0","2.9443 A ∠2.74 rad","","0","736.07 mA ∠2.66 rad","","0","2.9443 A ∠0.04 rad","","0","1.4721 A ∠2.66 rad","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 30 V and frequency of 200 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 3 radians.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 150 V and frequency of 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0.1 radians.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 200 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 70 V and frequency of 1000 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.6 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 40 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 70 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 150 V and frequency of 600 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 1.4 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 220 V and frequency of 800 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.4 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 800 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 700 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 9 V and frequency of 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 6 V and frequency of 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 400 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 7 V and frequency of 500 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.9 radians.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 20 V and frequency of 50 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 5 V and frequency of 700 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.3 radians.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 20 V and frequency of 80 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 50 V and frequency of 900 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.8 radians.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 20 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 70 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 300 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 1 V and frequency of 500 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 2.6 radians.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 90 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","100","","","0","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 3 V and frequency of 60 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

Note: the phase angle of the supply is 0 radians.

","Multiple Choice Question","0","","","0","","","0","","","0","","","100",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","100","","","0","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Which of the following options shows the relationship between the supply voltage and the current flowing through the circuit.

","Multiple Choice Question","0","","","0","","","0","","","100","","","0",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 90 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","88",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","457.4159",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","329.1024",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 10 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.9 radians.

","Numerical Question","1","20.7345",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 200 V and frequency of 30 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.7 radians.

","Numerical Question","1","115.2873",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","360",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 600 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.9 radians.

","Numerical Question","1","100",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","107.6328",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 30 V and frequency of 300 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.8 radians.

","Numerical Question","1","51",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 500 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","6.9976",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","360",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","51",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","222.4248",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","10.981",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 50 V and frequency of 600 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.5 radians.

","Numerical Question","1","911",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","24",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 40 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.7 radians.

","Numerical Question","1","12.3805",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","137.2248",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","15",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 900 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","8.4823",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 1 V and frequency of 900 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","9.8244",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 25 V and frequency of 70 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.2 radians.

","Numerical Question","1","227.3642",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","4.7124",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 400 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","22",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 80 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","36",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","150.7964",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 90 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","30.0216",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 2 V and frequency of 600 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.9 radians.

","Numerical Question","1","374.4215",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","62.8319",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 5 V and frequency of 800 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.8 radians.

","Numerical Question","1","8.5112",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","12",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 50 V and frequency of 800 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","39",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","90.817",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 9 V and frequency of 800 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.5 radians.

","Numerical Question","1","930",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","24",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 1 V and frequency of 90 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 300 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","561",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","14.0451",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","44.8291",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 900 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","26.5258",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 7 V and frequency of 200 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","253.4847",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 900 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","51.4593",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","148.4253",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 200 V and frequency of 10 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 3 radians.

","Numerical Question","1","81.6814",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","164.4999",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 25 V and frequency of 80 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.8 radians.

","Numerical Question","1","256.8861",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 50 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.1 radians.

","Numerical Question","1","830",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","68",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","43.4059",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 70 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 200 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","39.0814",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 70 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","58.05",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 20 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","42.8419",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","391.3142",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 220 V and frequency of 200 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","18",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","58.308",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 80 V and frequency of 20 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","97.0457",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","115.9248",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","31.4159",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","3.1831",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","68.5496",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 30 V and frequency of 500 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","65.4733",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 200 V and frequency of 100 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","16.0221",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.6 radians.

","Numerical Question","1","12.5664",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 90 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.3 radians.

","Numerical Question","1","98.2438",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","45.945",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 220 V and frequency of 1000 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","481",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","27.2341",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","98.4804",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","53.077",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","26.672",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 30 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.4 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","345",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","33",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","25.6354",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 3 V and frequency of 500 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.9 radians.

","Numerical Question","1","387.8186",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","14.6546",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","54.2339",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 300 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","20.5053",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0.79577",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 70 V and frequency of 1000 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.2 radians.

","Numerical Question","1","52.1504",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","750.372",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 3 radians.

","Numerical Question","1","98.5635",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 60 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 900 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","266.0495",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","45.2256",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","48.3712",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","13.6973",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 70 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","129.1452",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 500 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","22",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","32.0442",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 5 V and frequency of 600 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","554.1769",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 40 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","123.7319",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","22.7092",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 9 V and frequency of 600 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 400 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.2 radians.

","Numerical Question","1","811.2947",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","231",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 100 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.4 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 900 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 400 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 40 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","94.0388",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 60 V and frequency of 300 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","925.9596",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","196.4876",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 40 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","498.3825",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","14.577",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 60 V and frequency of 60 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.6 radians.

","Numerical Question","1","27",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","115.0257",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","323.584",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","14.5746",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","27",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 200 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","25.1327",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 80 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","197.266",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 80 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","116.0415",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 200 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","20.7345",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 300 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","105.5575",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 700 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 8 V and frequency of 90 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.8 radians.

","Numerical Question","1","156.2069",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 25 V and frequency of 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.3 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 70 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 2.5 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","15.2038",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","72.3432",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","10.5558",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","40.6036",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","240",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","182.8407",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","100",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","203.5752",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","369.4513",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 7 V and frequency of 20 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.1 radians.

","Numerical Question","1","362.1634",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","706.8001",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 200 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.9 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","22.9965",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 800 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","281.4867",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 70 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","36",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","189.4702",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","150",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 240 V and frequency of 10 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.5 radians.

","Numerical Question","1","4.2726",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 20 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","126.7899",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 800 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","23.6248",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 80 V and frequency of 400 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","24",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 60 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","3.4306",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 70 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.1 radians.

","Numerical Question","1","24",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 50 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 70 V and frequency of 50 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","330.4686",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","44.2097",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","158.845",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 30 V and frequency of 900 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.3 radians.

","Numerical Question","1","7.0742",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 10 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","470",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 100 V and frequency of 700 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.9 radians.

","Numerical Question","1","150",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 15 V and frequency of 500 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0.5 radians.

","Numerical Question","1","820",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 70 V and frequency of 100 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.7 radians.

","Numerical Question","1","69.7434",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","75.2627",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 90 V and frequency of 70 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 3 radians.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","23.3106",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 600 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 1 V and frequency of 600 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.3 radians.

","Numerical Question","1","82.938",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 200 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","103.0442",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 500 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","33",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","15.8713",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","180",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","36",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 100 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","24.0109",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 500 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","28.5885",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 30 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","215.9592",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","220",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 4 V and frequency of 10 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","10.0316",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 10 V and frequency of 900 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 0 radians.

","Numerical Question","1","610.7256",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","84.823",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The sinusoidal voltage source shown below has an rms voltage of 5 V and frequency of 200 Hz. Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

Note: the phase angle of the supply is 1.9 radians.

","Numerical Question","1","330",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 1000 Hz. Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","138.2301",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 400 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","82.938",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","139.0719",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the reactive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","11.7085",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","263.8938",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis","The AC voltage source in the circuit below oscillates at 300 Hz. Determine the magnitude of the circuit impedance to the voltage source shown.

","Numerical Question","1","235.8079",""," ",
"//Electrical circuits/AC/Basic circuit analysis","AC_sinusoidal_analysis","AC Circuit Analysis"," Determine the magnitude of the resistive element of the circuit impedance to the voltage source shown.

","Numerical Question","1","0",""," ",