Question

4. Show that = U. Write an analogous expression to equation 6.36 in your book that would allow you to relate AA at two temperatures.

Answer 1

Question:- Answer: Work function, A U-TS u internal energy Te temperature According to Bashe thermodynamic equation ' DA - Sat-pan he can onlonlate the egnalim A-U-ts - U-14S - SAT / complete differentiation on Tas du trav dAdU - (du + pav) - SAT AT - SAT - PdV only mechanical rok Wirk 'da - SIT rdre, When volume is constant work tunction, A- U+ T av, -W --A++ (09 4. - -+20)[citing hy op ] on. - - Co (9)] an, U- -12 [()], a U- (MIT) 1 (342) W (N11 a. u= 2(lt) og

La(t) v 4 - 21- integrating 11 T a d(97) - av d (4) - Ja (4) - 140 ) [erpating contesto] *. A 1,2 – KAÇT)SU 6 to) ay is independent a ser el 19 (9) + aukt +) of temperature
​​​​​​we can show the equation by deriving the basic thermodynamics equation.