Between methanethiol and methanol (if both species remain PROTONATED), I think methanethiol is the better base (ie, it is easier to form CH3CH2SH2+ than to form CH3CH2OH2+) because the lone pairs on the O are closer to the nucleus (O is more electronegative than S), so the O lone pairs are less available to reach out and grab a proton (aka they are less basic).
Between the DEPROTONATED forms, methoxide (CH3CH2O-) is definitely more basic than methanethiolate (CH3CH2S-). ?Methanol has a higher pKa than methanethiol by about 5 pH units).
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∙ 13y agoThe methanol is a base not a acid
CH3OH is not a base and neither is it an acid. This is the chemical formula of methanol which is an alcohol.
Li3N..as the conjugate base N3- is stonger than C2 (2-)
its a lewis base as the oxygen atom in CH3OH contains a lone pair of electrons...which it can release
It depends upon incoming reagent, if nucleophile attacks on methanol then it undergoes nucleophilic reaction and if electrophile attacks on methanol then it undergoes electrophilic reaction i.e Methanol reacts with both.... Student of A-level, XII, From Moro, SOMIA AKBAR MEMON
The methanol is a base not a acid
CH3OH is not a base and neither is it an acid. This is the chemical formula of methanol which is an alcohol.
Li3N..as the conjugate base N3- is stonger than C2 (2-)
CH3OH is the chemical formula of methanol, an alcohol - not a salt.
its a lewis base as the oxygen atom in CH3OH contains a lone pair of electrons...which it can release
It depends upon incoming reagent, if nucleophile attacks on methanol then it undergoes nucleophilic reaction and if electrophile attacks on methanol then it undergoes electrophilic reaction i.e Methanol reacts with both.... Student of A-level, XII, From Moro, SOMIA AKBAR MEMON
2,4-dinitrohydrazine used during the preparation is a base and may form hydrazonium ion in solution, for the removal of this methanol is used.
s using methanol v can manufagture n c thinner
Karl Fischer titration was developed by Karl Fischer who was a chemist. He used methanol, which is an alcohol, to ascertain the amount of water in a system that contains excess sulfur dioxide. The methanol reacts with sulfur dioxide and a base that causes an oxidation reaction that consumes water.
A strong acid has a stabilized conjugate base. Oxalic acid is stronger than malonic acid because its conjugate base has much more resonance structures than malonic acid's conjugate base.
No, methanol is not an acid.It is an alcohol because its molecular structure contains alcoholic functional group,i.e, OH.While acids contains COOH functional group.
The definition of a strong acid relatively is the stability of the conjugate base after deprotonation. The equilibruim lies far to the right of methanol (CH3OH). CH3OH2+== CH3OH