Given an Ising model containing two dipoles with interaction energy ±ɛ: enumerate the states of this system and write down their Boltzmann factors. determine the partition function and find the probabilities of the dipoles being parallel and antiparallel. plot the probability as a function of kT/ɛ. а. b. C.
Given an Ising model containing two dipoles with interaction energy ±ɛ: enumerate the states of this system and write down their Boltzmann factors. determine the partition function and find the probabilities of the dipoles being parallel and antiparallel. plot the probability as a function of kT/ɛ. а. b. C.
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Transcribed Image Text:Given an Ising model containing two dipoles with interaction energy ±ɛ:
enumerate the states of this system and write down their Boltzmann factors.
determine the partition function and find the probabilities of the dipoles being parallel and
antiparallel.
C. plot the probability as a function of kT/ɛ.
d.
а.
b.
calculate the total average energy of this system.
plot the total average energy normalized to ɛ as a function of kT/ɛ.
f.
е.
Based on your observations from the above, at what temperatures are you more likely to find the
dipoles aligned parallel than antiparallel?
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