Please written by hand. 7. Using the table below for the relative acid strength, arrange the following species in order of decreasingrelative base strength: CIO2, Br, H20, OCt, CeHsOFormulaNameValue of K,HSO,Hydrogen sulfate lon1.2 x 10HCIO,1.2 X 101.35 X 10Chlorous acidHC,H,CIO,Monochloracetic acidHFHydrofluork acid7.2 x 10HNO,Nitrous acid4.0 x 10HC;H,O,Acetic acid18X 10Hydrated aluminum(il) lon14X 10HOCIHypochlorous acid3.5 X 106.2 x 105.6 X 10-1.6 X 10HCNHydrocyanic acidNH,Ammonium ionHOCH,Phenol|A. C6HSO > OCI > CIO; > H20 > BrB. Br > H20 > CIO2 > OCI > CeHsOC. CIO; > OCI > Br > H20 > CeHsOD. OCt > Br> CIO; > C6H5O> H20E. H20 > OCI > Br >> CeHsO> CIO2Increasing acid strength

Bronsted-Lowry acid-base theory: The Bronsted-Lowry acid-base theory states that the acid is a…

7. Using the table below for the relative acid strength, arrange the following species in order of decreasin relative base strength: CIO2, Br, Hz0, OCt, CeHsO Value of K, Formula Name HSO, HCIO, HC,H,CIO, Hydrogen sulfate lon 1.2 X 10 Chlorous acid 1.2 X 10 Monochloracetic acid 1.35 X 10 HF Hydrofluork acid 7.2 x 10 HNO, Nitrous acid 4.0 X 10 HC,H,O, Acetic acid 18X 10 (AIH,O" Hydrated aluminum() lon 14X 10 HOCI Hypochlorous acid 3.5 X 10 HCN Hydrocyanic acid 6.2 x 10 NH, Ammonium lon 5.6 X 10 HOCH, Phenol 1.6 X 10 |A. CeHsO > OCr > CIO; > H2O > Br B. Br > H20 > CIO2 > OCI > CeHsO C. CIO2 > OCr > Br > H20 > CeH;O D. OCt > Br> CIO; > C6H5O> H20 E. H20 > OCI > Br >> CeHsO> CIO2 Increasing acid strength

7. Using the table below for the relative acid strength, arrange the following species in order of decreasin relative base strength: CIO2, Br, Hz0, OCt, CeHsO Value of K, Formula Name HSO, HCIO, HC,H,CIO, Hydrogen sulfate lon 1.2 X 10 Chlorous acid 1.2 X 10 Monochloracetic acid 1.35 X 10 HF Hydrofluork acid 7.2 x 10 HNO, Nitrous acid 4.0 X 10 HC,H,O, Acetic acid 18X 10 (AIH,O" Hydrated aluminum() lon 14X 10 HOCI Hypochlorous acid 3.5 X 10 HCN Hydrocyanic acid 6.2 x 10 NH, Ammonium lon 5.6 X 10 HOCH, Phenol 1.6 X 10 |A. CeHsO > OCr > CIO; > H2O > Br B. Br > H20 > CIO2 > OCI > CeHsO C. CIO2 > OCr > Br > H20 > CeH;O D. OCt > Br> CIO; > C6H5O> H20 E. H20 > OCI > Br >> CeHsO> CIO2 Increasing acid strength

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter21: Potentiometry

Section: Chapter Questions

Problem 21.9QAP

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