Part 3: Resistors in Parallel and Series Aim: To understand how the magnitude of the total resistance is calculated in a parallel and series circuit. Resistors in Series Procedure: 1. Create a circuit with one battery and 2 resistors in series. 2. Using the voltmeter tool, measure the voltage across each resistor, and then the whole circuit. Record results in table below. 3. Using the non-contact ammeter tool, measure the current through the wire near each resistor and the battery. Record the results. 4. Calculate the resistance for each resistor and the whole circuit using the equation R=V/I (Ohm's Law). 5. Repeat these steps, but add another resistor each time. Go up to 4 resistors.

Part 3: Resistors in Parallel and Series Aim: To understand how the magnitude of the total resistance is calculated in a parallel and series circuit. Resistors in Series Procedure: 1. Create a circuit with one battery and 2 resistors in series. 2. Using the voltmeter tool, measure the voltage across each resistor, and then the whole circuit. Record results in table below. 3. Using the non-contact ammeter tool, measure the current through the wire near each resistor and the battery. Record the results. 4. Calculate the resistance for each resistor and the whole circuit using the equation R=V/I (Ohm's Law). 5. Repeat these steps, but add another resistor each time. Go up to 4 resistors.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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