e. Equilibrium\ i.

\\\\Delta G\\\\deg =-RTlnKeq\\\\Delta Gr\\\\times n=0

\ ii.

\\\\Delta Gr\\\\times n=\\\\Delta G\\\\deg +RTlnQ

\ Consider the reaction at

298K

\

2NO(g)+O_(2)(g),2NO_(2)(g),\\\\Delta G@rxn=-71.2kJ

\ Calculate

\\\\Delta G_(rxn)

under these conditions: (Hint:

Q

is products over reactants raised to stoichiometric coefficients.\

P_(NO)=0.100atm;P_(O2)=0.100atm;P_(NO2)=2.00atm

e. Equilibrium i. Go=RTlnKeqGrrn=0 ii. Gxn=G+RTlnQ Consider the reaction at 298K 2NO(g)+O2(g)2NO2(g)GrXn=71.2kJ Calculate Grxn under these conditions: (Hint: Q is products over reactants raised to stoichiometric coefficients. PNO=0.100atm;PO2=0.100atm;PNO2=2.00atm