Your lab partner builds a circuit consisting of a power supply, voltage probe, current probe, and two resistors in an unknown configuration. By measuring the voltage and current, you can create a plot of I vs. V. By linearly fitting your plot you get the following fit, Slope: m = 0.0027 Om = 0.0003 4 Intercept: 6 = 0.002 A Ob = 0.003 A a) From your fit, what is the equivalent resistance and uncertainty of the resistor configuration? b) If your Lab partner calculates the theoretical value for the resistor in series as Reg = (360 ± 15) N, can you conclude your resistor %3D configuration in part a is in series? Explain. c) If the resistors used in the experimental setup had the values R1 = (390 ± %3D 20%) n and R2 = (150 ± 20%) sN, what is the theoretical value for the resistors in series?

Your lab partner builds a circuit consisting of a power supply, voltage probe, current probe, and two resistors in an unknown configuration. By measuring the voltage and current, you can create a plot of I vs. V. By linearly fitting your plot you get the following fit, Slope: m = 0.0027 Om = 0.0003 4 Intercept: 6 = 0.002 A Ob = 0.003 A a) From your fit, what is the equivalent resistance and uncertainty of the resistor configuration? b) If your Lab partner calculates the theoretical value for the resistor in series as Reg = (360 ± 15) N, can you conclude your resistor %3D configuration in part a is in series? Explain. c) If the resistors used in the experimental setup had the values R1 = (390 ± %3D 20%) n and R2 = (150 ± 20%) sN, what is the theoretical value for the resistors in series?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Your lab partner builds a circuit consisting of a power supply, voltage probe, current probe, and two resistors in an unknown configuration. By measuring the voltage and current, you can create a plot of I vs. V. By linearly fitting your plot you get the following fit, Slope: m = 0.0027 Om = 0.0003 Intercept: 6 = 0.002 A Ob = 0.003 A a) From your fit, what is the equivalent resistance and uncertainty of the resistor configuration? b). If your Lab partner calculates the theoretical value for the resistor in series as Reg = (360 ± 15) n, can you conclude your resistor configuration in part a is in series? Explain. c) If the resistors used in the experimental setup had the values R1 = (390 ± 20%) N and R2 = (150 ± 20%) N, what is the theoretical value for the resistors in series?
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