2. Add a column to the non-linear resistor's data set andcalculate the resistance exhibited by the component foreach different current. Again, be careful with the units. Usethe equation R = v/i to calculate the resistance at eachcurrent value. Linear Resistor dataLightbulb datai(mA)v(V)i(mA)v(V)0.00.000.00.00019.00.5011.70.58825.41.0019.90.99831.21.5029.81.49536.32.0039.81.99741.02.5049.72.49045.53.0059.83.00049.63.5069.73.50053.54.0079.74.00057.14.5089.84.50060.85.0099.75.00064.25.50109.65.50067.46.00119.56.00070.66.50129.66.50073.77.00139.57.00076.67.50149.57.50079.58.00159.58.00082.38.50169.68.50085.19.00179.59.00087.89.50189.49.50090.410.00199.410.000

Answered: Image /qna-images/answer/201e3b4c-9ac3-4f04-9e6a-3fdd4013fb0e.jpg

2. Add a column to the non-linear resistor's data set and calculate the resistance exhibited by the component for each different current. Again, be careful with the units. Use the equation R = v/i to calculate the resistance at each current value.

2. Add a column to the non-linear resistor's data set and calculate the resistance exhibited by the component for each different current. Again, be careful with the units. Use the equation R = v/i to calculate the resistance at each current value.

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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