3 A mixture of M.02 mmol of Hbsg) and 5.48 mmol of CHylg) wasblaced in an enpty container alona with a Ftemplycatalyst and the guilitrium2 H2 S(g) + CHa Tg = 4H2(g) + CSC9)was established at 700°e and 762 torr. The reactionand ropidly.mixture was remoVed from the catcooled at room temperature, where thes rates of theforward & reverse reactions asethe equilibrium mixture four d 0711 mmol of es Findthe eguilibrium constant k and A,G® for the reactionsatalystnogligible. Analyss ofat 700°C.

Answered: Image /qna-images/answer/be647fb6-2615-452f-9fa3-740561c6c628.jpg

3 A mixture of M.02 mmol of HyS rg) and 5.48 mmol of CHylq) was placed in an emply container alona with a Ft satalyst and the tguilitrium 2 Hy S(g) + CHa Tg)= 4H2 (g)+ CS C@9) was established at 700°e and 762 torr. The reaction mixture was removed from the co catalyst cooled at room temperature, where the rades of the ropioly and nagligible nalyss of forward & reverse reactions ase the equilibrium mixture fourd 0711 mmol of ess Find eguilibrium constant k and AG® for the reaction ot 구00e. the

3 A mixture of M.02 mmol of HyS rg) and 5.48 mmol of CHylq) was placed in an emply container alona with a Ft satalyst and the tguilitrium 2 Hy S(g) + CHa Tg)= 4H2 (g)+ CS C@9) was established at 700°e and 762 torr. The reaction mixture was removed from the co catalyst cooled at room temperature, where the rades of the ropioly and nagligible nalyss of forward & reverse reactions ase the equilibrium mixture fourd 0711 mmol of ess Find eguilibrium constant k and AG® for the reaction ot 구00e. the

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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To study the photochemical decomposition of aqueous bromine exposed to bright sunlight, we dissolved a small amount of liquid bromine in water contained in a glass jar and placed under direct sunlight. The following data were obtained at 25\deg C:\table [[Tiempo (min ), 10, 20, 30, 40, 50, 60], [Ppm, 2.45, 1.74, 1.23, 0.88, 0.62, 0.44]] Determine the reaction rate order and the specific reaction rate constant: a) Differential method ( The method for obtaining the derivatives is left to your decision) Tiempo (min) Ppm Br₂ 10 2.45 20 1.74 Ć 30 1.23 40 0.88 50 0.62 60 0.44
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