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WorksheetsStatistical Physics
Total questions: 20
Worksheet time: 7mins
Phase space is a ________
3 Dimensional Space
4 Dimensional Space
5 Dimensional Space
6 Dimensional Space
In a canonical ensemble:
Select one or more:
The energy and temperature are constant
temperature is constant
density is constant
entropy is constant
In a grand canonical ensemble, a system A fixed volume is contact with a large volume reservoir B. Then
A can exchange energy with B
A can exchange particles with B
A cannot exchange anything with B
Both option 1 & option 2
We apply statistics for
a single particle problem
for many particle problem
for two particle problem
for many dissimilar particles
Which of the following is a statistical system
Statistical mechanics is a branch of
Macroscopic
Microscopic
Both
Only atoms
Thermodynamic variables are
Pressure, Volume, Temperature, Entropy, Energy
Pressure, Volume, Temperature, Entropy, Energy, Mass
Pressure, Volume, Temperature, Energy, Mass
Pressure, Volume, Entropy, Energy, Mass
A macrocanonical ensemble is identical to a
Isolated system
Open system
Closed system
None of the above
Fermi-Dirac statistics is for the
Distinguishable particles
Symmetrical Particles
Particles with half integral spin
Particles with integral spin
Bose-Einstein statistics is for the
Distinguishable particles
Symmetrical Particles
Particles with half integral spin
Particles with integral spin.
Maxwell-Boltzmann law is for the
Distinguishable particles
Indistinguishable Particles
Particles with half integral spin
Particles with integral spin
The difference between fermions and bosons is that bosons do not obey ______
Aufbau principle
Pauli’s Exclusion Principle
Hund’s Rule of Maximum Multiplicity
Heisenberg’s Uncertainty Principle
Which of the following statements is true
Particles following F-D statistics are distinguishable
Particles following F-D statistics are indistinguishable
Particles following Maxwell Boltzmann statistics are indistinguishable
Particles following B-E statistics are distinguishable
Fermi-Dirac statistics cannot be applied to
Electrons
Photons
Fermions
Protons
Which one is classical Statistics
M.B. Statistics
B.E. Statistics
F.D. Statistics
None of the above
The particles obeying Quantum Statistics are
identical
Identical and indistinguishable
distinguishable
photons
Quantum statistics obey by
M.B. statistics
F.D. statistics
B.E. statistics
Classical gas particles
Fermions have spin value:
1\2
1
0
Any one
Maxwell-Boltzmann statistics cannot be applied to _____________
Atoms
Molecules
Photons
Lattice
Maxwell-Boltzmann law is for the ________
Distinguishable particles
Indistinguishable particles
Particles with half integral spin
Particles with integral spin
