Problem 3: Starting with the expression derived in the lecture notes for the multiplicity of an ideal 1 n3N/2 (2m)³N/2 N! (3N/2)! h3N gas VNU3N/2 derive the Sackur-Tetrode expression for the entropy.

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Q: QUESTION 2: Prove that, irrespective of the activity coefficient model, an azeotrope always occurs…

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Q: Part A Calculate the partition function for this energy ladder at T=5.00K 95K = Submit Part B Cv =…

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A: GivenT1=400 kV1=VV2=3VT2=?γ=43 for photon gas

Q: J WAB W AB J W BC J WAD W DC

A: Given figure as, Here, 1 atm= 101325 Pa 1l= 10-3m3

Q: Read Since entropy is about how energy is shared, it is important to be able to identify places…

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Q: Determine the amount by which the star's thermal radiation increases the entropy of the entire…

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A: Given data: Radius R =6.38×108 m Star's temperature T= 5200 K Universe's temperature T'= 2.73 K

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Q: By considering how the total entropy changes at fixed temperature, show that particles will flow…

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Q: Answer in 90 minutes please.

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Q: Consider N identical harmonic oscillators (as in the Einstein floor). Let the allowed energies of…

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Q: Consider a system of two levels E1= 0, g1= 1 and E2= 1.6 X102ºJ, g2 = 2 is populated by %3D N atoms…

A: Two energy levels E1 = 0, g1 = 1  E2 = 1.6 × 10- 20 J, g2 = 2   Total number of atoms = N

Q: Plz solve

A: Given that,Mass : m= 2 (kg)Initial speed : vi = 5 (m/sec)Temperature : T = 24°C = 24+273 = 297…

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Q: A highly non-ideal gas has an entropy given by S=aNU/V, where the internal  energy, U is a function…

A: A highly non-ideal gas has an entropy given by S=aNUV, Where the internal energy, U, is a function…