The equilibrium constant for the ion-pairing reactionMg2+(aq) + SO (aq) = MgSO4(aq)is Kjon pair= 1.70 x 102. Consider a 0.0270 F solution of MgSO.Neglecting other reactions except the autoionization of water, what is the charge balance equation for this solution?O [Mg2+1 = [So?O 2 [Mg2+] = 2[SO?IO [Mg2+1 + [H*] = [So+ [OH]O 2 [Mg2+] + [H*)] = 2 [SO]+ [OH)Considering only the ion-pairing reaction and the autoionization of water, what are the mass balance equations forthis solution?O 0.0270 M = [Mg?+10.0270 M = [SO7+ [M9SO,]O 0.0270 M = [SoV 0.0270 M = [Mg²+] + [MgS0,]What is the equilibrium constant expression for the ion-pairing reaction?Kjon pair=[M9SO4]YM8SQKjon pair= [Mg**l/Mg+-ISO TYsq-1Kjon pair=[Mg2*lYMg+[SO TYsg- 1Kjon pair=[M|SO41YM8SQKjon pair=Including the equilibrium-constant expression for the autoionization of water, there are now have five equations and fiveunknowns. Using these five equations and neglecting activity coefficients, find the concentration of Mg²+ in solution.[Mg2+] =MIncorrectUsing the calculated [Mg2+] as a starting point, calculate the ionic strength of the solution. Look up the activity coefficientsfor Mg+ and So in this table, interpolating as necessary, and then calculate the concentration of Mg²+ in solution usingactivity coefficients. The activity coefficient of the ion pair (7M9SQ) can be taken as unity (1) because the ion pair is neutral.Repeat this procedure one more time to get a good estimate of Mg2+. What is the concentration of Mg2+ when activitycoefficients are used?[Mg?41 =IncorrectWhat percentage of this solution is ion paired?percentage ion paired:%IncorrectWhat is the ionic strength of this solution?M

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The equilibrium constant for the ion-pairing reaction Mg2*(aq) + So (aq) = MgSO,(aq) is Kjon pair= 1.70 x 102. Consider a 0.0270 F solution of MgSo̟. Neglecting other reactions except the autoionization of water, what is the charge balance equation for this solution? O [Mg²+1 = [SO;] O 2 ĮMg24) = 2[SO; O [Mg2+1 + [H*] = [So]+[OH¯] O 2 [Mg2+] + [H*] = 2[SO+ [OH¯] %3D

The equilibrium constant for the ion-pairing reaction Mg2(aq) + So (aq) = MgSO,(aq) is Kjon pair= 1.70 x 102. Consider a 0.0270 F solution of MgSo̟. Neglecting other reactions except the autoionization of water, what is the charge balance equation for this solution? O [Mg²+1 = [SO;] O 2 ĮMg24) = 2[SO; O [Mg2+1 + [H] = [So]+[OH¯] O 2 [Mg2+] + [H*] = 2[SO+ [OH¯] %3D

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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