- #1
chazgurl4life
- 52
- 0
The relationship between free energy and the equilibrium constant is
Go = -RT ln K
By measuring the pH at various temperatures, the Kb for NH3(aq) was found to be temperature dependent, yielding the following values:
temperature (K) Kb
283 1.34 X 10-5
293 1.42 X 10-5
303 1.50 X 10-5
Over moderate temperature ranges (ranges less than 100 K degrees) both deltaSo and deltaHo can be considered approximately temperature independent. By plotting the available information appropriately, obtain estimates for deltaSo and delayHo for the reaction:
ok so i figured out that my y=mx+b equation should loook lik:
lnKb=delta H/R(gas constnt) - delta S/r
bbut what is my x-axis and y axis?
ok so i figured out that my y=mx+b equation should loook lik:
lnKb=delta H/R(gas constnt) - delta S/r
delat g=delta H-Temp(delta S)
Go = -RT ln K
By measuring the pH at various temperatures, the Kb for NH3(aq) was found to be temperature dependent, yielding the following values:
temperature (K) Kb
283 1.34 X 10-5
293 1.42 X 10-5
303 1.50 X 10-5
Over moderate temperature ranges (ranges less than 100 K degrees) both deltaSo and deltaHo can be considered approximately temperature independent. By plotting the available information appropriately, obtain estimates for deltaSo and delayHo for the reaction:
ok so i figured out that my y=mx+b equation should loook lik:
lnKb=delta H/R(gas constnt) - delta S/r
bbut what is my x-axis and y axis?
ok so i figured out that my y=mx+b equation should loook lik:
lnKb=delta H/R(gas constnt) - delta S/r
delat g=delta H-Temp(delta S)