Choose 3 from "Parallel Circuits" and "Series Circuits" and show full work as to how you got your answer, for example. using a VIRP table.

Part 2: Parallel Circuits Choose any 3 parallel circuits below to analyze. Show full work on a separate piece of paper to earn extra credit towards your exam score. Note: Submissions without work will earn no credit. 24v RI = 120 R2 240 R1 = 2012 R2 = 200 Determine: Determine: a) equivalent resistance b) Total current and current through each resistor a) equivalent resistance c) Voltage across RI and R2 b) Total current and current through each resistor c) Voltage across R1 and battery voltage 2a 40v R1 R1 = 50 R2 =2002 R3 40 Determine: Determine: a) voltage across RI and R2 a) equivalent resistance b) Resistance of RI and R2 b) current through R1, R2 and R3 c) equivalent resistance c) current through each resistor d) total current 30v R1 = 120 R2 RI = 100 R2 =150 Determine: Determine: a) Resistance of R2 a) equivalent resistance b) equivalent resistance b) current through each resistor c) Current through each resistor c) total current d) total current d) battery voltagePart 1: Series Circuits Choose any 3 series circuits below to analyze. Show full work on a separate piece of paper to earn extra credit towards your exam score. Note: Submissions without work will earn no credit. R1 = 100 R1 = 60 R2 = 140 90v 60v R2 = 200 R3 = 1092 Determine: 1) Equivalent resistance Determine: ) Total current a) Equivalent resistance Current through each resistor b) Total current d) Voltage across each resistor c) Current through each resistor d) Voltage across each resistor R1 = 50 5a R1 = 109 R2 25v 75v R2 = 150 5a Determine: Determine: a) voltage across resistor one b) current through resistor 2 a) voltage across each resistor b) total voltage c) resistance of resistor 2 R1 = 50 R1 R2=| 30 R2 20v 40v 10v 20v R3 = 20 Determine: R3 = 109 ) equivalent resistance Determine: ) total current a) Current through RI and R3 ) voltage across each resistor R1 Page 1 1 2 " Res Ounce + RI and R2