a. ņ = Gives the number of ways of distributing 4 distinguishable balls within 4–3)! 1. One box 2. two boxes 3. three boxes 4. four boxes 5. n boxes circle the corect answer b. Three indistinguishable particles are allowed to occupy any of 8 energy states. Calculate the number of microstates if the particles are a. Classical b. Fermions с. Воsons

Advanced Engineering Mathematics
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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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Q3.
a. ņ
Gives the number of ways of distributing 4 distinguishable balls within
(4-3)!
1. One box 2. two boxes 3. three boxes 4. four boxes 5. n boxes
circle the correct answer
b. Three indistinguishable particles are allowed to occupy any of 8 energy states.
Calculate the number of microstates if the particles are
a. Classical
b. Fermions
c. Bosons
Transcribed Image Text:Q3. a. ņ Gives the number of ways of distributing 4 distinguishable balls within (4-3)! 1. One box 2. two boxes 3. three boxes 4. four boxes 5. n boxes circle the correct answer b. Three indistinguishable particles are allowed to occupy any of 8 energy states. Calculate the number of microstates if the particles are a. Classical b. Fermions c. Bosons
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