Consider the gas-solid equilibrium in the model

Reference no: EM13536926

Consider the gas-solid equilibrium in the model when oscillators in the solid move in three dimensions.

(a) In the high temperature limit T>>hbarω find pressure P(T) as the function of temperature.

(b) In the same limit calculate temperature dependence of the latent heat.

Reference no: EM13536926

Questions Cloud

Using energy and momentum conservation : A photon of energy 50 MeV moves along the x-axis and Compton scatters with an electron initially at rest. After the collision the resulting photon is observed traveling along the y-axis and the electron has recoiled.

What is the speed of the resulting single body : A body of rest mass m0, travelling initially at a speed 0.6c. makes a completely inelastic collision with an identical body initially at rest, (a) What is the speed of the resulting single body? (b) What is its rest mass?

Simple model of rubber band is one-dimensional horizontal : A simple model of a rubber band is a one-dimensional horizontal chain consisting of N linked segments ??Each segment can be in one of two possible states: horizontal, with length a, or vertical, with length 0. The rubber band is in thermal equilibriu..

Calculate the tension when the string is in tune : The E string of a violin has a mass per unit length of .0004 kg/m , and must be tuned to a frequency of 660 Hz. The vibrating length of the string is .33 m Calculate the tension when the string is in tune.

Consider the gas-solid equilibrium in the model : Consider the gas-solid equilibrium in the model when oscillators in the solid move in three dimensions. In the high temperature limit T>>hbarω find pressure P(T) as the function of temperature.

Find the energy and the wave function : Consider two identical particles of spin 1/2 that are confined in a cubical box of side L. Find the energy and the wave function of this system in the case of no interaction between the particles.

Consider a system of three noninteracting identical bosons : Consider a system of three noninteracting identical bosons that moves in a common external one-demention harmonic oscillator potential. Find the energy level and wave functions of the ground state, the first state, and the second state of the system.

An inventor claims that he has designed an engine : An inventor claims that he has designed an engine which will produce a power output of 170kW while burning a unique fuel which releases 21,000kJ of heat in a minute. He states the upper and lower temperatures of the engine are 670K and 330K, respecti..

Find whether the expansion is internally reversible : Air enters an insulated turbine operating at a steady state at 5 bar, 1000K and exits at 1 bar, 500K. Neglecting KE and PE changes and assuming ideal gas behavior, find whether the expansion is internally reversible, irreversible or impossible.

User Account

All Pages