Let's consider a system with a magnetic dipole moment u in a stagnant B magnetic field. This system is in absolute balance at T temperature. wwwm Let's say that the magnetic field applied to the system changes as much as dB in an infinitely small, semi-stagnant process. ww ww (E=internal energy, S-entropy) Entalpi=H=E-u B Helmholtz energy: F=E - TS | a) Let's independently consider entropy and magnetic field in this system. Write dE in differential form, combining the nirinci and the second law of thermodynamics b) (a) Find the T and u dipole moment in partial derivatives of E using the results of the option and its differential form. wwm w c) Type maxwell correlations for this system using the properties of the partial derivative and (b) the results of the option. d) If we take T and B as independent parameters, express entropy and dipole moment in partial wwh m wwww derivatives of Helmholtz free energy F.

Let's consider a system with a magnetic dipole moment u in a stagnant B magnetic field. This system is in absolute balance at T temperature. wwwm Let's say that the magnetic field applied to the system changes as much as dB in an infinitely small, semi-stagnant process. ww ww (E=internal energy, S-entropy) Entalpi=H=E-u B Helmholtz energy: F=E - TS | a) Let's independently consider entropy and magnetic field in this system. Write dE in differential form, combining the nirinci and the second law of thermodynamics b) (a) Find the T and u dipole moment in partial derivatives of E using the results of the option and its differential form. wwm w c) Type maxwell correlations for this system using the properties of the partial derivative and (b) the results of the option. d) If we take T and B as independent parameters, express entropy and dipole moment in partial wwh m wwww derivatives of Helmholtz free energy F.

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

Chapter11: Molecular Structure

Section: Chapter Questions

Problem 12P

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