Question

completer chemical equations to describe the ionization or dissociation behavior of all the sloutes below
( example: NaCl (s) arrow to Na^+ (aq) +Cl^- (aq)

a) Ioniztion of covalent acids, bases and other

HC2H3O2 (aq)

Answer 1

I will provide more solutes later

Answer 2

but please can you help me do this one first

Answer 3

I'm not sure what they're asking here.. Do they want to break it down, name it, etc?

Answer 4

HC2H3O(AQ) H2S04(aq)-------2 steps

NH3(aq)

HCl(aq) HgCl2(aq)

Answer 5

completer chemical equations to describe the ionization or dissociation behavior of all the sloutes below
( example: NaCl (s) arrow to Na^+ (aq) +Cl^- (aq)

a) Ioniztion of covalent acids, bases and other

Answer 6

Base: proton acceptor
NH3 (aq) + H2O (l) ⇄NH4+(aq) + OH – (aq)

Answer 7

An Arrhenius acid is shown when the presence of \(\textsf{H}\)\(_3\)\(\textsf{O}\)+ ions. In the case of \(\textsf{HC}\)\(_2\)\(\textsf{H}\)\(_3\)\(\textsf{O}\)\(_2\) the problem is that the structure of the molecule is obscured by this writing of the formula. It's an acetic acid that can be written as:

\(\textsf{CH}\)\(_3\)\(\textsf{COOH} \)

where \(\textsf{COOH}\) is the carboxyl group that identifies a type of organic acid. When the acid dissociates, the COOH group loses the last H atom

\(\textsf{CH}\)\(_3\)\(\textsf{COOH(aq)}\) <--------> \(\textsf{CH}\)\(_3\)\(\textsf{COO-(aq) + H+(aq)}\)

Yahoo!

Answer 8

there is a presence of*

Answer 9

Acid: proton donor
HCl (aq) + H2O (l)-->H3O+(aq) + Cl –(aq)

Answer 10

ok and the other 3

HC2H3O2(AQ)

H2S04(aq)-------2 steps

HgCl2(aq)

Answer 11

there is part B also

Dissociation of Basics Hydroxides and Other Ionic Compounds

Basic Hydroxides:

NaOH(aq)

Ba(OH)2 (aq)

Other Ionic Compounds:

NaCl (aq)

Na3PO4(aq)

Answer 12

H2SO4 is a strong acid, H2SO4 can produce two H+ ions per molecule when dissolved in water. However The ionization of polyprotic acids occurs in steps, with the molecule losing one proton at a time
H2SO4(aq)+H2O(l)+⇌H3O+(aq) + HSO4-(aq)
HSO4-(aq) +H2O(l)⇌H3O+(aq) + SO42-(aq)

Answer 13

how about HC2H3O(AQ)

HgCl2(aq)