By Sidney B. Cahn, Gerald D. Mahan, Boris E. Nadgorny, Max Dresden

ISBN-10: 030645291X

ISBN-13: 9780306452918

ISBN-10: 0306484013

ISBN-13: 9780306484018

A consultant to Physics difficulties is a two-volume set of difficulties taken from Ph.D. qualifying checks. half 2 -- the significant other to half 1: Mechanics, Relativity, and Electrodynamics (Plenum 1994) -- gains 182 difficult issues of specified recommendations, textbook references, transparent illustrations, and an easy-to-use structure.

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Extra resources for A Guide to Physics Problems: Part 2: Thermodynamics, Statistical Physics, and Quantum Mechanics

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B) What is the average potential energy per particle in a gas in a uniform gravitational field? 42 Equipartition Theorem (Columbia, Boston) a) For a classical system with Hamiltonian TLFeBOOK 22 PROBLEMS at a temperature show that b) Using the above, derive the law of Dulong and Petit for the heat capacity of a harmonic crystal. c) For a more general Hamiltonian, prove the generalized equipartition theorem: where You will need to use the fact that U is infinite at d) Consider a system of a large number of classical particles and assume a general dependence of the energy of each particle on the generalized coordinate or momentum component given by where Show that, in thermal equilibrium, the generalized equipartition theorem holds: What conditions should be satisfied for tition theorem?

59 Hydrogen Sublimation in Intergalactic Space (Princeton) A lump of condensed molecular hydrogen in intergalactic space would tend to sublimate (evaporate) because the ambient pressure of hydrogen is well below the equilibrium vapor pressure. Find an order-of-magnitude estimate of the rate of sublimation per unit area at The latent heat of sublimation is and the vapor pressure at the triple point is of Hg. 60). Find the mass of oxygen and the oxygen saturation vapor pressure at this temperature.

A) What amount of water initially transforms into ice? The latent heat of fusion (ice/water) and the latent heat of vaporization (water/vapor) g and original volume b) A piece of heated metal alloy of mass is placed inside the calorimeter together with the ice obtained as a result of the experiment in (a). The density of metal at K is The thermal capacity is and the coefficient oflinear expansion How much ice will have melted when equilibrium is reached? 12 Hydrogen Rocket (Moscow Phys-Tech) The reaction chamber of a rocket engine is supplied with a mass flow rate m of hydrogen and sufficient oxygen to allow complete burning of the fuel.

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A Guide to Physics Problems: Part 2: Thermodynamics, Statistical Physics, and Quantum Mechanics by Sidney B. Cahn, Gerald D. Mahan, Boris E. Nadgorny, Max Dresden

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