Exercises 3In each of the following experiments, the data set (presented by bold letters) obeys anonlinear relation.Simple Pendulum:T = 21 (L/g)1/2Perfect Gas Law: P = nRT / VStefan's Law: P = o(T+ + To*)e/m Experiment: e/m = 2V / (B2 r²}Standing Waves: n² = (4L?f?µ) / (mg)In the above expressions, all the parameters other than the data may be treatedas constants.Suggest how to plot the data, in each of the above experiments, to obtain astraight line graph. In each case, state what the slope of the graph wouldrepresent, and also the y-intercept, if any.

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In each of the following experiments, the data set (presented by bold letters) obeys a nonlinear relation. Simple Pendulum: T = 2n (L/g)/2 Perfect Gas Law: P = nRT / V Stefan's Law: P = o(T* + To*)

Modern Physics

3rd Edition

ISBN:9781111794378

Author:Raymond A. Serway, Clement J. Moses, Curt A. Moyer

Publisher:Raymond A. Serway, Clement J. Moses, Curt A. Moyer

Chapter10: Statistical Physics

Section: Chapter Questions

Problem 5P

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Question

Exercises 3
In each of the following experiments, the data set (presented by bold letters) obeys a
nonlinear relation.
Simple Pendulum:T = 21 (L/g)1/2
Perfect Gas Law: P = nRT / V
Stefan's Law: P = o(T+ + To*)
e/m Experiment: e/m = 2V / (B2 r²}
Standing Waves: n² = (4L?f?µ) / (mg)
In the above expressions, all the parameters other than the data may be treated
as constants.
Suggest how to plot the data, in each of the above experiments, to obtain a
straight line graph. In each case, state what the slope of the graph would
represent, and also the y-intercept, if any.

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