Remember that a conjugated acid has one proton H+ more than the (conjugated) base of it.
So H2S is conjugated as acidto the base HS- .
You mean sulfuric acid. H2SO4 ---------------- HSO4 - ---------------The conjugate base, hydrogen sulfate.
S-
In the Bronstedâ??Lowry theory, a conjugate base is formed by the removal of a proton from an acid. The conjugate base of H2S is HS.
H2S and HS-
The conjugate base of H2CO3 is HCO3-. Nope, itsHSO3-
This is a Bronsted question. Hs- is the acid in this which makes H2O a base. Therefore S-2 is the conjugate base and the H3O+ hydronium ion is the conjugate acid.
You mean sulfuric acid. H2SO4 ---------------- HSO4 - ---------------The conjugate base, hydrogen sulfate.
S-
H2s
the conjugate acid of S2- is HS-.....
In the Bronstedâ??Lowry theory, a conjugate base is formed by the removal of a proton from an acid. The conjugate base of H2S is HS.
H2S and HS-
The conjugate base of H2CO3 is HCO3-. Nope, itsHSO3-
Each cationic acid HA+, when it donates ONE proton H+, will form its conjugated base A of the acid HA+. (Example: NH4+ ammonium, acid NH3 ammonia, base)Each neutral acid HA, when it donates ONE proton H+, will form its conjugated base A- of the acid HA. (Example: CH3COOH acetic acid CH3COO- acetate, base)Each anionic acid HA-, when it donates ONE proton H+, will form its conjugated base A2- of the acid HA-. (Example: HS- (mono)hydrogen sulfide, acid S2- sulfide, base)Each anionic base HA-, when it adopts ONE proton H+, will form its conjugated acid H2A of the base HA-. (Example: HS- mono-hydrogen sulfide, base H2S di-hydrogen sulfide, acid)Each anionic base A-, when it adopts ONE proton H+, will form its conjugate acid HA of base A-. (Example: CH3COO- acetate, base CH3COOH acetic acid)Each neutral base A, when it adopts ONE proton H+, will form its conjugate acid HA of base A-. (Example: NH3 ammonia, base NH4+ ammonium, acid)
No, Milk of magnesia is a base and will neutralize acid.
It is known as hydrosulfuric acid. Not to be confused with sulfuric acid which is H2SO4
The formula for dissolved boric acid is H3BO3, and the formula for hydrogen sulfide gas is H2S.