(Don't Forget Units!) 3. A. Resistors in Series- Parallel Source Voltage V_120 V (calculations) Equivalent Resistance Rea 26.67 Ohms R23eg 1/20 +1/100 = 3/50 Current R23eg 50/3 =16.67 ohms Voltage Drops Vi R123eg 10 + 16.67=26.67 ohms V2 = V3 Currents I3

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Please help me find the Current I, Voltage drops for V1, V2, V3, and Currents for I2 and I3.    R2 =20ohms R3 =100 ohms and are in parallel. R1= 10 ohms

(Don't Forget Units!)
3. A. Resistors in Series - Parallel
Source Voltage
V 120 V
(calculations)
Equivalent Resistance Reg
26.67 Ohms
R23eg 1/20 +1/100 3/50
Current
I
R23eg 50/3 =16.67 ohms
Voltage Drops
R123 eg 10 + 16.67 = 26.67 ohms
V2 = V3
Currents
Is
Transcribed Image Text:(Don't Forget Units!) 3. A. Resistors in Series - Parallel Source Voltage V 120 V (calculations) Equivalent Resistance Reg 26.67 Ohms R23eg 1/20 +1/100 3/50 Current I R23eg 50/3 =16.67 ohms Voltage Drops R123 eg 10 + 16.67 = 26.67 ohms V2 = V3 Currents Is
Part 3. Series- Parallel circuit. Now set up a circuit with R2 in
parallel with R3 and that combination in series with R1. The circuit
schematic is shown to the right. Put an anmmeter in each of the
parallel branches and set the battery to 120 V. Your simulation circuit
should be similar to the picture below.
R,
R2
V
R,
Voltage
Batiery Rasetance
Tap circuit element to edit.
PIET:
Circuit Construction Kit: DC-Virtual Lab
Part 3. A. Before closing the switch calculate the equivalent resistance, the current in the circuit,
the voltage drops across each of the three resistors, and the current in each parallel branch.
Record these values in the report.
DI
Transcribed Image Text:Part 3. Series- Parallel circuit. Now set up a circuit with R2 in parallel with R3 and that combination in series with R1. The circuit schematic is shown to the right. Put an anmmeter in each of the parallel branches and set the battery to 120 V. Your simulation circuit should be similar to the picture below. R, R2 V R, Voltage Batiery Rasetance Tap circuit element to edit. PIET: Circuit Construction Kit: DC-Virtual Lab Part 3. A. Before closing the switch calculate the equivalent resistance, the current in the circuit, the voltage drops across each of the three resistors, and the current in each parallel branch. Record these values in the report. DI
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