1. Put three resistors and a battery on the work area. Change each of the resistances...

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1. Put three resistors and a battery on the work area. Change each of the resistances to the values in the table below. Use a battery voltage of 12 volts. Build the circuit given in the figure below by connecting each component with wires. +1/1/1 Calculations Resistor Individual resistance (ohms) Current Voltage (amps) (Volts) 1 1 10 3 2 20 20 2 3 30 Totals: 2. Use the procedures learned in this topic to calculate: (Show your work for each problem below and record your results in the table above). You can verify your answers using the voltmeters and ammeters available. a. The resistance in the parallel portion of the circuit. b. The total resistance of the circuit. c. The total current delivered by the battery. d. The current and voltage for resistor 1. e. The voltage for the entire parallel portion of the circuit. f. The voltage and current for resistor 2. g. The voltage and current for resistor 3. 1. Put three resistors and a battery on the work area. Change each of the resistances to the values in the table below. Use a battery voltage of 12 volts. Build the circuit given in the figure below by connecting each component with wires. +1/1/1 Calculations Resistor Individual resistance (ohms) Current Voltage (amps) (Volts) 1 1 10 3 2 20 20 2 3 30 Totals: 2. Use the procedures learned in this topic to calculate: (Show your work for each problem below and record your results in the table above). You can verify your answers using the voltmeters and ammeters available. a. The resistance in the parallel portion of the circuit. b. The total resistance of the circuit. c. The total current delivered by the battery. d. The current and voltage for resistor 1. e. The voltage for the entire parallel portion of the circuit. f. The voltage and current for resistor 2. g. The voltage and current for resistor 3.