- Consider a system of two identical partleles three energy occupying any levels of A, B and OCC havingenergies E, 2E and The level A is Stespeentate (AI and A2). is in and -thermal the system equilibrium. Eind possible configurations and ponding energy the the in the following cases: The particle obey Fermi statistics i I The particle ober Bose stałistics f) The Ond obey Boltzman statistics particles are distinguichab
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- In case of 4 distinguishable particles, the probability of occurrence of the macrostate (3, 1) will be:If you know that the main frequency and first harmonic for molecule N4 0t6 is 3724.20 cm1, 1876.06 cm in order , find a) Wos and We b) force constant K an Xe c) the hot area frequency at T = 600 K°Synthetic magnetic monopoles have been created ice Assuming equations in the lab 0 using the Quantum spin. their validityt, woite down in the presehce of magnetic Monopoles the Maxwell
- Maxwell BolH2monn distcbution for an ideal gas is given bys P2 f(e) = ce a) → Entropy for an gas can be writter as = S= k en s2 = ken/ N! = k(N InN -{ nz lani) NiON Calculate the entropy using f(P) given above.The question also asks for a sketch of energy level diagram too. Can i pleasee get that?calculate The Pot ential of the p-n divider created in the re st from two 22 parches, one containing 3. donor atoms and the other Cont ain9 18 corresponding atoms at rom temperature if you knou that hi =1.9*10/m ut
- A van der Waals dispersion force between helium atoms produces a very shallow potential well, with a depth on the order of 1 meV. At approximately what temperature would you expect helium to condense?Statistical Mechanics-Physics.a) Show that for enthalpy and Gibbs free energy, H = G + TS can be written. b) Based on the exact differential of Gibbs free energy