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Derive the magnetization and the susceptibility of a system of N non-interacting magnetic dipoles in the presense of an external magnetic field in the high temperature limit.

By evaluating the canonical partition function, derive the magnetization and the susceptibility of a system of N non-interacting magnetic dipoles in the presense of an external magnetic field in the high temperature limit.

Subject:

Physics

Topic:

Statistical Physics

Posting ID:

29919

OTA ID:

104454

View Details $1.99 Download Add to Cart

hard sphere collision theory preexponential factor - thought question

The pre-exponential factor of the reaction rate coefficient found by hard sphere collision theory is dependent on temperature. However, in the Arrhenius equation, the pre-exponential factor is independent of temperature. How do you explain this?

Subject:

Physics

Topic:

Statistical Physics

Posting ID:

29972

OTA ID:

103139

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Maxwell Boltzmann translational energy distribution.

What is the Maxwell Boltzmann translational energy distribution in units of k T

Subject:

Physics

Topic:

Statistical Physics

Posting ID:

30166

OTA ID:

104454

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Harmonic function used to compute vibrational energy states

Why can a harmonic function be used to compute vibrational energy states for a DIATOMIC molecule, and under what conditions are the computed values inaccurate?

Subject:

Physics

Topic:

Statistical Physics

Posting ID:

30191

OTA ID:

103846

View Details $1.99 Download Add to Cart

Sketch Maxwell-Boltzmann translational energy distribution

Sketch (schematically) the Maxwell Boltzmann translational energy distribution and label the energy axis as best you can in any energy units that you choose. I AM LOOKING FOR A GRAPH. You can sketch it by hand and scan or take a digital photo if you wish, and I'd like to know where the Maximum of the curve is on the X-axis (what energy).

Subject:

Physics

Topic:

Statistical Physics

Posting ID:

30266

OTA ID:

103846

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