Question

4:39 49° 8.JPG 212 KB 8 In statistical thermodynamies, there are three physical models of Maxwell-Bolt.mann Bose-Einstein, and Fermi-Dirac distribution. a: Describe differences among the three models b: How many distribution ways are possible in each modet if two particles are distributed to four energy levels? Demonstrate the ways explicitly

Answer 1

Manwell Bol2mann the The MowelBolmann Distri bution class c stribution ot n amount of emerel eer) ldevti article F(E) artiele a7n e available eneygy states ui ros Proba ble oistvibtion consistent aun la ble eeyta mum be partidles emer Mum beY particles ㄣ一heve ic re restriction on the nwrnher which can occupv a uen stoFe. Ey specifie s Boseistein Distiion integey havioY ov boson. A temperatures bosons SpIm particles tan belave vey dliffevently than unJii eal umber of fhem can called into the same energy state, α rhenomenon feymions becaute to The callel con den sation kT

3) Fei-Dirac Dishri bution: The Faxwi - Dirac Disti ution apemn - integet spin which must obey lhe rFicles Pauli exclusion pyinciple. tach type function has a wor malation term nnull;ザng the ma plying the nctton xponenn he denomi natbr which tempert ure de pendent. Fr the ermi- Dirac, thot term ta utually or dHem a e g9mith canct e fermi enev s most clka n The Fermi tero tor eneygec, jreaher e Fe m energy. u pietay ener ae le enev This is erlively comsient wsith the pauli exclusion principle where each 0 atun f only one porticle cam have one