Linear Resistor DataLightbulb Datai(mA)0.0v(V)0.000i(mA)0.0v(V)0.0019.00.5011.70.58825.41.0019.90.99831.21.5029.81.49536.341.02.0039.81.9972.5049.72.49045.53.0059.83.00049.63.5069.73.5004.004.5053.579.74.00057.189.84.50060.85.0099.75.00064.25.50109.65.5006.006.5067.4119.56.00070.6129.66.50073.77.00139.5149.57.00076.67.507.50079.58.00159.58.00082.38.50169.68.50085.19.00179.59.00087.89.50189.49.50090.410.00199.410.000 Make three plots using Excel:1. Voltage vs current for the linear resistor data (voltage on vertical axis, current onhorizontal). Add a linear trendline with the equation and R² value shown.2. Voltage vs current for the lightbulb data (voltage on vertical axis, current onhorizontal).3. A plot showing both curves on the same set of axes (voltage on vertical axis,current on horizontal).

Fill all the data points given in the data in Excel file Then Click on charts Select Scatter plot…

Make three plots using Excel: 1. Voltage vs current for the linear resistor data (voltage on vertical axis, current or horizontal). Add a linear trendline with the equation and R? value shown. 2. Voltage vs current for the lightbulb data (voltage on vertical axis, current on horizontal). 3. A plot showing both curves on the same set of axes (voltage on vertical axis, current on horizontal).

Make three plots using Excel: 1. Voltage vs current for the linear resistor data (voltage on vertical axis, current or horizontal). Add a linear trendline with the equation and R? value shown. 2. Voltage vs current for the lightbulb data (voltage on vertical axis, current on horizontal). 3. A plot showing both curves on the same set of axes (voltage on vertical axis, current on horizontal).

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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