molarity to pH
1.00 × 10-10
1.00 × 10-10 = 3 SF
pH = 1.000 = 3 DP
as temp increases, Kw and pH of water…
as temp increases
Kw of water increases
pH of water decreases
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molarity to pH
1.00 × 10-10
1.00 × 10-10 = 3 SF
pH = 1.000 = 3 DP
as temp increases, Kw and pH of water…
as temp increases
Kw of water increases
pH of water decreases
autoionization of water is
endothermic
rxn forms more product and consumes more reactant
temp favours endo
enthalpy favours
exothermic
released energy to form stable products
entropy favours
endothermic
energy can be added to system to help form more products
temperature favours
endothermic (same as entropy)
absorption of heat by temp increase, increases KE; more motion; entropy increase
more “possible ways” energy can be disturbed