2) The separation (d) for the capacitor in Problem 1 is varied and the capacitance is meauresd for 5 separations. Thes points are recorded in the following table: Note: The Table is in the image. A) Calculate the reciprocal of the separation and prepare a new table that has the separation, reciprocal of the separation and capacitance. Do not calculate uncertainties for the reciprocal separation. B)Plot on graph paper the capacitance vs. the reciprocal separation. C) Determine the slope of this line. D) Use the diameter of the plates from Problem 1 and the slope from part C of the problem to calculate the value of esub0 from this data.
2) The separation (d) for the capacitor in Problem 1 is varied and the capacitance is meauresd for 5 separations. Thes points are recorded in the following table: Note: The Table is in the image. A) Calculate the reciprocal of the separation and prepare a new table that has the separation, reciprocal of the separation and capacitance. Do not calculate uncertainties for the reciprocal separation. B)Plot on graph paper the capacitance vs. the reciprocal separation. C) Determine the slope of this line. D) Use the diameter of the plates from Problem 1 and the slope from part C of the problem to calculate the value of esub0 from this data.
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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2) The separation (d) for the capacitor in Problem 1 is varied and the capacitance is meauresd for 5 separations. Thes points are recorded in the following table:
Note: The Table is in the image.
A) Calculate the reciprocal of the separation and prepare a new table that has the separation, reciprocal of the separation and capacitance. Do not calculate uncertainties for the reciprocal separation.
B)Plot on graph paper the capacitance vs. the reciprocal separation.
C) Determine the slope of this line.
D) Use the diameter of the plates from Problem 1 and the slope from part C of the problem to calculate the value of esub0 from this data.
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