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1) ) Calculate pKa' according to given equations. Dissociation of carbouic acid to bicarbonale ion and a proton: Ka- [CO] [10] The first equatiou for the equilibrium between dissol ved CO, and water and H CO;: Keq= 3x10-3= H CO H:CO] [CO:] [L0] The second is for the dissociation of II CO H2CO; IICO;+H Ka = 1.7%10- [1] [HC0:] [H;CO:] H.CO. %3D HCO HCO The yield equation is: CO. HO HCO. CO H.O

1) ) Calculate pKa' according to given equations. Dissociation of carbouic acid to bicarbonale ion and a proton: Ka- [CO] [10] The first equatiou for the equilibrium between dissol ved CO, and water and H CO;: Keq= 3x10-3= H CO H:CO] [CO:] [L0] The second is for the dissociation of II CO H2CO; IICO;+H Ka = 1.7%10- [1] [HC0:] [H;CO:] H.CO. %3D HCO HCO The yield equation is: CO. HO HCO. CO H.O

Chemistry
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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İBRAHİM YAM. O Aia (Alt- G) Yeni. - Gözden Gegir Gorunam Yardım Başvurular Posta Gönderleri 1)) Calculate pKa' according to given equati ons. Dissociation of carbonic acid to bicarbonate ion and a proton: [H] [HCO:] Ka- [Co] [H0] The first equation for the equilibrium between dissol ved CO and water and H;CO3: CO2e +H2O( PH CO; Keg= 3x10-3= H»CO:]| [COo} [HO] The second is for the dissociation of I1- CO: IICO:+H Ka = 1.7x10 - [I1] [HCO;1 H2CO; [H;CO:] H HCO. Co. HCO CO HO HCO The yield equation is: CO. HO DOdak aton 9°C Bu 8 K alt gr
Transcribed Image Text:İBRAHİM YAM. O Aia (Alt- G) Yeni. - Gözden Gegir Gorunam Yardım Başvurular Posta Gönderleri 1)) Calculate pKa' according to given equati ons. Dissociation of carbonic acid to bicarbonate ion and a proton: [H] [HCO:] Ka- [Co] [H0] The first equation for the equilibrium between dissol ved CO and water and H;CO3: CO2e +H2O( PH CO; Keg= 3x10-3= H»CO:]| [COo} [HO] The second is for the dissociation of I1- CO: IICO:+H Ka = 1.7x10 - [I1] [HCO;1 H2CO; [H;CO:] H HCO. Co. HCO CO HO HCO The yield equation is: CO. HO DOdak aton 9°C Bu 8 K alt gr
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