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NaOH + AgNO3 => NaNO3 + AgOH
AgOH is not chemically stable and undergo further rearrangement reaction to form Ag2O brown precipitation.
2AgOH => Ag2O (precipitate) + H2O
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The chemical equation is:
[math] m{NaOH_{(aq)}+AgNO_{3{(aq)}} ightarrow{NaNO_3}_{(aq)}+AgOH_{(s)}}[/math]
The dark precipitate of silver hydroxide that forms would decompose to silver oxide [math] m{Ag_2O}.[/math]
[math]m{NaOH_{(aq)}+AgNO_{3{(aq)}}ightarrow{NaNO_3}_{(aq)}+AgOH_{(s)}}[/math]
The dark precipitate of silver hydroxide that forms would decompose to silver oxide [math]m{Ag_2O}.[/math]
2026-07-20
NaOH + AgNO3 => NaNO3 + AgOH
AgOH is not chemically stable and undergo further rearrangement reaction to form Ag2O brown precipitation.
2AgOH => Ag2O (precipitate) + H2O
NaOH + AgNO3 => NaNO3 + AgOH
AgOH is not chemically stable and undergo further rearrangement reaction to form Ag2O brown precipitation.
2AgOH => Ag2O (precipitate) + H2O
More
VOTE
The chemical equation is:
[math] m{NaOH_{(aq)}+AgNO_{3{(aq)}} ightarrow{NaNO_3}_{(aq)}+AgOH_{(s)}}[/math]
The dark precipitate of silver hydroxide that forms would decompose to silver oxide [math] m{Ag_2O}.[/math]
The chemical equation is:
[math]m{NaOH_{(aq)}+AgNO_{3{(aq)}}ightarrow{NaNO_3}_{(aq)}+AgOH_{(s)}}[/math]
The dark precipitate of silver hydroxide that forms would decompose to silver oxide [math]m{Ag_2O}.[/math]
More
VOTE