Two classical particles are distributed among N(>2) sites on a ring. Each site can accommodate only one particle. If two particles occupy two nearest neighbour sites, then the energy of the system is increased by €. The average energy of the system attemperature T is
Two classical particles are distributed among N(>2) sites on a ring. Each site can accommodate only one particle. If two particles occupy two nearest neighbour sites, then the energy of the system is increased by €. The average energy of the system attemperature T is
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![Two classical particles are distributed
among N(>2) sites on a ring. Each site
can accommodate only one particle. If
two particles occupy two nearest
neighbour sites, then the energy of the
system is increased by €. The average
energy of the system attemperature T is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0f68d3f5-db24-4977-a4ab-abe4561713f8%2F8c3c146b-8f2a-4a37-bb0a-dfb2426488c4%2Fwe6cbuw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two classical particles are distributed
among N(>2) sites on a ring. Each site
can accommodate only one particle. If
two particles occupy two nearest
neighbour sites, then the energy of the
system is increased by €. The average
energy of the system attemperature T is
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