BALANCE EQUATIONS
1) Explain why amount ofactivation energy required will not affect the Keq of a reactionattaining equilibrium.
2) 2) Consider the followingequilibrium: NO2(g)<-> N2O4(g)
Inwhat direction will the equilibrium shift ifN2O4(g) is removed from the container as soonas it is produced? Why?
3) 3) Consider the followingequilibrium: NH4OH(aq)<-> NH3(g) +H2O(l)
Ifa large quantity of argon is added to the container in which thisequilibrium is taking place, in what direction will the equilibriumshift and WHY?
4) 4) Consider thefollowing equilibrium: NO2(g) <->N2O4(g)
Write the Keq and Q expressions for thisreaction
5) Why can the hydrogen ion concentrationin an extremely weak acid, e.g.,CH3CH2OH(pKa=38.0), never get less thanpH7?
6) 6) Consider the followingequilibrium Ag2O(s) <-> Ag(s) +O2(g)
Write the Kp. expression for thisreaction
BALANCE EQUATIONS
1) Explain why amount ofactivation energy required will not affect the Keq of a reactionattaining equilibrium.
2) 2) Consider the followingequilibrium: NO2(g)<-> N2O4(g)
Inwhat direction will the equilibrium shift ifN2O4(g) is removed from the container as soonas it is produced? Why?
3) 3) Consider the followingequilibrium: NH4OH(aq)<-> NH3(g) +H2O(l)
Ifa large quantity of argon is added to the container in which thisequilibrium is taking place, in what direction will the equilibriumshift and WHY?
4) 4) Consider thefollowing equilibrium: NO2(g) <->N2O4(g)
Write the Keq and Q expressions for thisreaction
5) Why can the hydrogen ion concentrationin an extremely weak acid, e.g.,CH3CH2OH(pKa=38.0), never get less thanpH7?
6) 6) Consider the followingequilibrium Ag2O(s) <-> Ag(s) +O2(g)
Write the Kp. expression for thisreaction
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