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a 5 h inductor has a resistance r ohm this inductor is connected in series with a10 omega resistor across a 140 v dc
the dielectric of a 20 muf capacitor has a resistance of 65 m omega this capacitor is fully charged from a 120 v dc
a what is the difference between a primitive cell and a unit cell what is the utility of both conceptsb what is the
we wish to estimate the d-c power dissipated in a gaas gunn diode assume that the diode is 5 jxm long and operates in
sketch the band diagram for an abrupt junction in which the doping on the p side is degenerate and the fermi level on
use schematic techniques such as those illustrated in fig 7-3 to describe the hole flow and electron flow in a p-n-p-n
computer simulations of mismatched dice1 write a computer program to compute the probability distribution for the sum
numerical evaluation of the poisson distributionin an earlier problem you derived the poisson distribution1 modify a
the cast oil-field fittinga cast iron t-type fitting is being produced for the oil drilling industry using an air-set
maximum work from temperature differencesuppose we have two buckets of water with constant heat capacities ca and cb so
general forms for the entropy we have derived the entropy of a classical ideal gas which satisfies all the postulates
two one-dimensional ideal-gas particles consider two ideal-gas particles with masses ma and mb confined to a
maxwell-boltzmann distributionin the near future we will derive the maxwell-boltzmann distribution for the velocities
more legendre transforms1 starting with the fundamental equation in the helmholtz free energy representation f ftvn
thermodynamic stability1 starting with the stability conditions on the second derivatives of the helmholtz free energy
two one-dimensional relativistic particlesconsider two one-dimensional relativistic ideal-gas particles with masses
classical simple harmonic oscillatorconsider a one-dimensional classical simple harmonic oscillator with mass m and
partition function of ideal gas1 calculate the partition function and the helmholtz free energy of the classicalideal
molecular dynamics md simulation of a simple harmonic oscillatorthis assignment uses the molecular dynamics method
helmholtz free energy near a phase transitionconsider a material described by the phase diagram shown below a quantity
yet another thermodynamic identityprove the following thermodynamic derivative and determine what should replace the
molecular dynamics md simulation of a chain of simple harmonic oscillators - againthis assignment again uses the md
quantum statistical mechanics return of the simple harmonic oscillatorthe energy levels of a quantum sho are given by1
relativistic particles in a gravitational fieldconsider n relativistic ideal-gas particles at temperature t the
a classical model of a rubber bandthe rubber band is modeled as a one-dimensional polymer that is a chain of n monomers