A polyprotic acid can (in a multi-step reaction) donate more than one proton per molecule of acid.
E.g. phosphoric acid can do 'the trick' three times:
Sulfurous acid H2SO3 is a weak di-protic acid.
Mono-protic carboxylic acids are generally represented as R-COOH
acetic acid is a polar protic solvent. protic solvents have highly developed structures held together with H-bonds.smaller ion like F- can fit easily into these cages and becomes less nucleophile. while larger anion like, Br-can't fit and remains as anion. so becomes more available nucleophiles for attck in reaction.
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deoxyribonucleic acid, poly-peptide, Polyethylene,Polypropylene, Polyurethane, Nylon Ribonucleic acid
Sulfurous acid H2SO3 is a weak di-protic acid.
give me the example of tri
A di-protic acid typically contains two H+ ions. An example would be H2SO4
of course
Mono-protic carboxylic acids are generally represented as R-COOH
Recycling of poly lactic acid is a detailed process. Two routes to selective chemical recycling of PLLA and PE are tested in the process.
I don't think so.poly phosphoric acid and phosphoric acid have same moleculer structure.http://harvestchem.iblogger.org
acetic acid is a polar protic solvent. protic solvents have highly developed structures held together with H-bonds.smaller ion like F- can fit easily into these cages and becomes less nucleophile. while larger anion like, Br-can't fit and remains as anion. so becomes more available nucleophiles for attck in reaction.
poly-D-glutamic acid
deoxyribonucleic acid, poly-peptide, Polyethylene,Polypropylene, Polyurethane, Nylon Ribonucleic acid
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Citric acid is the stronger acid of the two because the molecule has three acid groups as opposed to malic acid which has only two. Citric acid will therefore dissociate more easily. From personal experience, malic acid is the more strongly flavoured though!