Physics
GATE PH concept:partition-function PYQs
Build your understanding with focused practice from past exam papers.
How to practice concept:partition-function
Attempt a question, record the concept and assumptions, then check the available answer. Rework mistakes after revising the relevant concepts. Topic tags can overlap; review the question context.
Questions 1–4 of 4. Imported answers require independent review unless marked reviewed.
Question 59
Open questionPHNAT2 marksNeeds review
The canonical partition function of an ideal gas is
where
and
denote temperature, volume, number of particles, and thermal de Broglie wavelength, respectively. Let
be the Boltzmann constant and
be the chemical potential. Take
. If the number density
is
at a temperature
, then
is ______
(rounded off to one decimal place).Log in to check the answer
You can attempt this question now. Sign in to view the answer key, explanations and discussion.Log in to check answerQuestion 38
Open questionPHMCQ2 marksNeeds review
A simple harmonic oscillator with an angular frequency
is in thermal equilibrium with a reservoir at absolute temperature
, with
. Which one of the following is the partition function of the system?Your answerChoose one option.
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You can attempt this question now. Sign in to view the answer key, explanations and discussion.Log in to check answerQuestion 37
Open questionPHMCQ2 marksNeeds review
A system of two atoms can be in three quantum states having energies
,
and
. The system is in equilibrium at temperature
. Match the following Statistics with the Partition function.Statistics | Partition function |
|---|---|
CD: Classical (distinguishable particles) | Z1: |
CI: Classical (indistinguishable particles) | Z2: |
FD: Fermi-Dirac | Z3: |
BE: Bose-Einstein | Z4: |
Your answerChoose one option.
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You can attempt this question now. Sign in to view the answer key, explanations and discussion.Log in to check answerQuestion 53
Open questionPHNAT2 marksNeeds review
The partition function of an ensemble at a temperature
is
where
is the Boltzmann constant. The heat capacity of this ensemble at
is
, where the value of X is ______ (up to one decimal place).Log in to check the answer
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