Verification of Ohm's Law using 10k ohm resistor 1. The voltage across the 10k resistor 3 volts 2. Calculate the expected current flowing through the 10 k resister using Ohms law 0.0003 A 3. CThe measured current through the 10k resister using G+/G- terminal 1.1 A Verification of Ohm's Law using 4k ohm resistor 1. The voltage across the 4.7 k ohm resistor 1.5v Calculate the expected current flowing through the 4.7 k ohm resister using Ohms 2. law 0.000319 A 3. CThe measured current through the 4.7k resister using G+/G- terminal 1 A
Verification of Ohm's Law using 10k ohm resistor 1. The voltage across the 10k resistor 3 volts 2. Calculate the expected current flowing through the 10 k resister using Ohms law 0.0003 A 3. CThe measured current through the 10k resister using G+/G- terminal 1.1 A Verification of Ohm's Law using 4k ohm resistor 1. The voltage across the 4.7 k ohm resistor 1.5v Calculate the expected current flowing through the 4.7 k ohm resister using Ohms 2. law 0.000319 A 3. CThe measured current through the 4.7k resister using G+/G- terminal 1 A
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Discuss error analysis of the following data.
Transcribed Image Text:Verification of Ohm's Law using 10k ohm resistor
1. The voltage across the 10k resistor
3 volts
2. Calculate the expected current flowing through the 10 k resister using Ohms law
0.0003 A
3. CThe measured current through the 10k resister using G+/G- terminal
1.1 A
Transcribed Image Text:Verification of Ohm's Law using 4k ohm resistor
1. The voltage across the 4.7 k ohm resistor
1.5v
Calculate the expected current flowing through the 4.7 k ohm resister using Ohms
2. law
0.000319 A
3. CThe measured current through the 4.7k resister using G+/G- terminal
1 A
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