","Numerical Question","2","13.3333",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R1 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 900 ohms; R2 = 320 ohms.

","Numerical Question","2","2.2222",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 980 ohms; R2 = 860 ohms.

","Numerical Question","2","18.3673",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 520 ohms; R2 = 580 ohms.

","Numerical Question","2","7.6923",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 600 ohms; R2 = 900 ohms.

","Numerical Question","2","6.6667",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 400 ohms; R2 = 140 ohms.

","Numerical Question","2","71.4286",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 580 ohms; R2 = 1000 ohms.

","Numerical Question","2","6",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 300 ohms; R2 = 280 ohms.

","Numerical Question","2","28.5714",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 580 ohms; R2 = 880 ohms.

","Numerical Question","2","15.9091",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 360 ohms; R2 = 880 ohms.

","Numerical Question","2","9.0909",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 300 ohms; R2 = 440 ohms.

","Numerical Question","2","22.7273",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 120 ohms; R2 = 640 ohms.

","Numerical Question","2","12.5",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 800 ohms; R2 = 560 ohms.

","Numerical Question","2","14.2857",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 260 ohms; R2 = 580 ohms.

","Numerical Question","2","20.6897",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 380 ohms; R2 = 520 ohms.

","Numerical Question","2","15.3846",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 480 ohms; R2 = 740 ohms.

","Numerical Question","2","5.4054",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 320 ohms; R2 = 580 ohms.

","Numerical Question","2","13.7931",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 300 ohms; R2 = 420 ohms.

","Numerical Question","2","14.2857",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 920 ohms; R2 = 460 ohms.

","Numerical Question","2","26.087",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 100 ohms; R2 = 540 ohms.

","Numerical Question","2","7.4074",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 360 ohms; R2 = 180 ohms.

","Numerical Question","2","77.7778",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 840 ohms; R2 = 620 ohms.

","Numerical Question","2","25.8065",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 620 ohms; R2 = 100 ohms.

","Numerical Question","2","140",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 980 ohms; R2 = 620 ohms.

","Numerical Question","2","9.6774",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 320 ohms; R2 = 140 ohms.

","Numerical Question","2","14.2857",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 360 ohms; R2 = 820 ohms.

","Numerical Question","2","2.439",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 200 ohms; R2 = 500 ohms.

","Numerical Question","2","40",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 100 ohms; R2 = 220 ohms.

","Numerical Question","2","81.8182",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 860 ohms; R2 = 480 ohms.

","Numerical Question","2","41.6667",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 960 ohms; R2 = 1000 ohms.

","Numerical Question","2","2",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 120 ohms; R2 = 600 ohms.

","Numerical Question","2","16.6667",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 660 ohms; R2 = 520 ohms.

","Numerical Question","2","3.8462",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 960 ohms; R2 = 800 ohms.

","Numerical Question","2","10",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 440 ohms; R2 = 720 ohms.

","Numerical Question","2","27.7778",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 680 ohms; R2 = 740 ohms.

","Numerical Question","2","21.6216",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 440 ohms; R2 = 620 ohms.

","Numerical Question","2","29.0323",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 340 ohms; R2 = 260 ohms.

","Numerical Question","2","7.6923",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 120 ohms; R2 = 720 ohms.

","Numerical Question","2","25",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 420 ohms; R2 = 280 ohms.

","Numerical Question","2","28.5714",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 840 ohms; R2 = 520 ohms.

","Numerical Question","2","38.4615",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 920 ohms; R2 = 760 ohms.

","Numerical Question","2","18.4211",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 700 ohms; R2 = 660 ohms.

","Numerical Question","2","3.0303",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 840 ohms; R2 = 180 ohms.

","Numerical Question","2","55.5556",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 300 ohms; R2 = 780 ohms.

","Numerical Question","2","15.3846",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 660 ohms; R2 = 340 ohms.

","Numerical Question","2","41.1765",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 440 ohms; R2 = 960 ohms.

","Numerical Question","2","12.5",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 120 ohms; R2 = 760 ohms.

","Numerical Question","2","15.7895",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 700 ohms; R2 = 960 ohms.

","Numerical Question","2","4.1667",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 320 ohms; R2 = 280 ohms.

","Numerical Question","2","42.8571",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 420 ohms; R2 = 780 ohms.

","Numerical Question","2","7",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 600 ohms; R2 = 440 ohms.

","Numerical Question","2","6.9231",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 780 ohms; R2 = 980 ohms.

","Numerical Question","2","7.0909",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 240 ohms; R2 = 360 ohms.

","Numerical Question","2","6.4",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 160 ohms; R2 = 660 ohms.

","Numerical Question","2","1.561",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 820 ohms; R2 = 820 ohms.

","Numerical Question","2","5",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 320 ohms; R2 = 580 ohms.

","Numerical Question","2","1.4222",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 460 ohms; R2 = 800 ohms.

","Numerical Question","2","5.1111",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 720 ohms; R2 = 820 ohms.

","Numerical Question","2","1.8701",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 820 ohms; R2 = 780 ohms.

","Numerical Question","2","9.225",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 700 ohms; R2 = 740 ohms.

","Numerical Question","2","8.75",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 300 ohms; R2 = 640 ohms.

","Numerical Question","2","3.8298",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 680 ohms; R2 = 960 ohms.

","Numerical Question","2","4.9756",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 920 ohms; R2 = 900 ohms.

","Numerical Question","2","3.033",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 860 ohms; R2 = 760 ohms.

","Numerical Question","2","2.1235",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 160 ohms; R2 = 480 ohms.

","Numerical Question","2","1",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 340 ohms; R2 = 380 ohms.

","Numerical Question","2","4.7222",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 740 ohms; R2 = 560 ohms.

","Numerical Question","2","7.9692",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 500 ohms; R2 = 580 ohms.

","Numerical Question","2","0.92593",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 840 ohms; R2 = 220 ohms.

","Numerical Question","2","15.8491",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 800 ohms; R2 = 540 ohms.

","Numerical Question","2","11.9403",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 500 ohms; R2 = 400 ohms.

","Numerical Question","2","2.2222",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 620 ohms; R2 = 520 ohms.

","Numerical Question","2","9.7895",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 120 ohms; R2 = 540 ohms.

","Numerical Question","2","0.72727",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 180 ohms; R2 = 360 ohms.

","Numerical Question","2","4",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 840 ohms; R2 = 520 ohms.

","Numerical Question","2","4.9412",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 520 ohms; R2 = 340 ohms.

","Numerical Question","2","12.093",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 260 ohms; R2 = 420 ohms.

","Numerical Question","2","3.8235",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 14 volts; R1 = 660 ohms; R2 = 100 ohms.

","Numerical Question","2","12.1579",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 660 ohms; R2 = 860 ohms.

","Numerical Question","2","1.7368",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 460 ohms; R2 = 420 ohms.

","Numerical Question","2","1.0455",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 340 ohms; R2 = 160 ohms.

","Numerical Question","2","6.8",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 240 ohms; R2 = 860 ohms.

","Numerical Question","2","2.1818",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 100 ohms; R2 = 880 ohms.

","Numerical Question","2","1.2245",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 10 volts; R1 = 520 ohms; R2 = 520 ohms.

","Numerical Question","2","5",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 260 ohms; R2 = 260 ohms.

","Numerical Question","2","8",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 12 volts; R1 = 560 ohms; R2 = 600 ohms.

","Numerical Question","2","5.7931",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 520 ohms; R2 = 700 ohms.

","Numerical Question","2","7.6721",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 4 volts; R1 = 360 ohms; R2 = 300 ohms.

","Numerical Question","2","2.1818",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 200 ohms; R2 = 860 ohms.

","Numerical Question","2","3.3962",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 240 ohms; R2 = 640 ohms.

","Numerical Question","2","1.6364",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 2 volts; R1 = 260 ohms; R2 = 320 ohms.

","Numerical Question","2","0.89655",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 20 volts; R1 = 120 ohms; R2 = 620 ohms.

","Numerical Question","2","3.2432",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 420 ohms; R2 = 180 ohms.

","Numerical Question","2","5.6",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 480 ohms; R2 = 800 ohms.

","Numerical Question","2","6",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 800 ohms; R2 = 160 ohms.

","Numerical Question","2","13.3333",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 300 ohms; R2 = 640 ohms.

","Numerical Question","2","5.7447",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 8 volts; R1 = 260 ohms; R2 = 840 ohms.

","Numerical Question","2","1.8909",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 6 volts; R1 = 740 ohms; R2 = 460 ohms.

","Numerical Question","2","3.7",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the voltage, in volts, across the resistor R1 in the circuit shown below, given the following component values: Vin = 16 volts; R1 = 800 ohms; R2 = 640 ohms.

","Numerical Question","2","8.8889",""," ", "//Electrical circuits/DC/resistor network circuit analysis","dc_basic_circuit_analysis","Circuit Analysis","Determine the current flowing, in milli amps, through the resistor R2 in the circuit shown below, given the following component values: Vin = 18 volts; R1 = 560 ohms; R2 = 900 ohms; R3 = 480 ohms.

","Numerical Question","2","9.2784",""," ",