Question: iClicker #5 (not for credit) A solution is created by mixing 500.mL of 1.50M CsOH(aq),250.mL of 1.00MHCl(aq) , and 250.mL of 1.00 MCH_(3)(C)/(O)O H(aq).K_(a)(CH_(3)(C)/(O)O H)=1.8times
iClicker #5 (not for credit)\ A solution is created by mixing
500.mLof
1.50M
CsOH(aq),250.mLof
1.00MHCl(aq), and
250.mLof 1.00
MCH_(3)(C)/(O)O H(aq).K_(a)(CH_(3)(C)/(O)O H)=1.8\\\\times 10^(-5)\ After mixing, which species has the dominant effect on the
pHof the solution that remains?\ A.
HCl(aq)\ B.
CH_(3)(C)/(O)O H(aq)\ C.
CsOH(aq)\ D.
CsCl(aq)\ E.
CH_(3)(C)/(O)O Cs(aq) 
- A solution is created by mixing 500.mL of 1.50M CsOH(aq),250.mL of 1.00MHCl(aq), and 250.mL of 1.00 MCH3COOH(aq).Ka(CH3COOH)=1.8105 - After mixing, which species has the dominant effect on the pH of the solution that remains? A. HCl(aq) B. CH3COOH(aq) C. CsOH(aq) D. CsCl(aq) E. CH3COOCs(aq) - A solution is created by mixing 500.mL of 1.50M CsOH(aq),250.mL of 1.00MHCl(aq), and 250.mL of 1.00 MCH3COOH(aq).Ka(CH3COOH)=1.8105 - After mixing, which species has the dominant effect on the pH of the solution that remains? A. HCl(aq) B. CH3COOH(aq) C. CsOH(aq) D. CsCl(aq) E. CH3COOCs(aq)
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