7. For the phase transition M(1) M($2) of a metal M from solid (1) to solid (2), AH° = -14.07 kJ and AS° = -48.0 J/K at -84 °C. a) What is the value of AGº for the transition? b) At what temperature does AG° = 0, and what is the significance of that temperature? c) Which phase is favored at 0 °C?

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please can you please do questions 7, 8 and 9 please I would really appreciate it if you can do all

I would appreciate if you could do all 

please answer super super super fast I really need it its really important answer fast

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7.
8.
9.
For the phase transition M($1) M(2) of a metal M from solid (1) to solid (2), AH° = -14.07 kJ and ASº = -48.0 J/K at -84 °C.
a) What is the value of AGº for the transition?
b) At what temperature does AG° = 0, and what is the significance of that temperature?
c) Which phase is favored at 0 °C?
How would the entropy of water vapor change if it were compressed at 150 °C?
For each of the following pairs, which member would have the greater molar entropy at 25 °C? Explain your answers.
a) H₂O(1) or H₂O2(1)
b) NH3(g) or PH3(g)
c) HCl(g) or HCl(aq)
Transcribed Image Text:7. 8. 9. For the phase transition M($1) M(2) of a metal M from solid (1) to solid (2), AH° = -14.07 kJ and ASº = -48.0 J/K at -84 °C. a) What is the value of AGº for the transition? b) At what temperature does AG° = 0, and what is the significance of that temperature? c) Which phase is favored at 0 °C? How would the entropy of water vapor change if it were compressed at 150 °C? For each of the following pairs, which member would have the greater molar entropy at 25 °C? Explain your answers. a) H₂O(1) or H₂O2(1) b) NH3(g) or PH3(g) c) HCl(g) or HCl(aq)
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