The key difference between amphiprotic and polyprotic is that amphiprotic refers to the ability to both donate and accept protons, whereas polyprotic refers to the ability to donate or accept more than one proton. The terms amphiprotic and polyprotic are used as adjectives to describe chemical compounds. These terms describe the ability or inability to […]
Difference Between Isosmotic Hyperosmotic and Hypoosmotic
The key difference between isosmotic hyperosmotic and hypoosmotic is that isosmotic refers to the property of having equal osmotic pressures. But, hyperosmotic refers to the property of having a high osmotic pressure and hypoosmotic refers to the property of having a low osmotic pressure. Osmotic pressure is the pressure that would have to be applied […]
Difference Between Sodium Aluminate and Sodium Meta Aluminate
The key difference between sodium aluminate and sodium meta aluminate is that sodium aluminate is an oxide compound, whereas sodium meta aluminate is a hydroxide compound. Sodium aluminate is an inorganic compound. It is an oxide which has sodium cations combined with aluminium oxide anions. This compound is also called sodium ortho aluminate. Sodium meta […]
Difference Between Acidic Salt and Basic Salt
The key difference between acidic salt and basic salt is that acidic salts form a solution that is less than pH 7.0 when dissolved in water, whereas basic salts form a solution that is higher than pH 7.0 when dissolved in water. A salt is an ionic compound that contains a cation and an anion. […]
Difference Between Sorbitol and Mannitol
The key difference between sorbitol and mannitol is that the hydroxyl group at the second carbon atom of sorbitol Fischer projection is coming out of the plane, whereas in mannitol, the hydroxyl group at the second carbon atom of mannitol is going behind the plane in its Fischer projection. Sorbitol and mannitol are structural isomers. […]
Difference Between Xanthine and Hypoxanthine
The key difference between xanthine and hypoxanthine is that xanthine is an oxidized form, whereas hypoxanthine is a reduced form. Xanthine forms from the oxidation of hypoxanthine. Therefore, xanthine contains two carbonyl carbon atoms while hypoxanthine contains only one carbonyl carbon atom. Xanthine is an organic compound having the chemical formula C5H4N4O2. Both these are […]
Difference Between Schiff Base and Schiff’s Reagent
The key difference between Schiff base and Schiff’s reagent is that the term Schiff base refers to either secondary ketimines or secondary aldimines, whereas the term Schiff’s reagent refers to a reagent used to test for aldehydes and ketones. Schiff base and Schiff’s reagent were named after the scientist Hugo Schiff. These terms are used […]
Difference Between Watson and Crick and Hoogsteen Base Pairing
The key difference between Watson and Crick and Hoogsteen base pairing is that Watson and Crick’s base pairing is the standard way that describes the formation of base pairs between purines and pyrimidines. Meanwhile, Hoogsteen base pairing is an alternative way of forming base pairs in which the purine takes a different conformation with respect […]
Difference Between Quinoline and Isoquinoline
The key difference between quinoline and isoquinoline is that in quinolone, the nitrogen atom is in the first position of the ring structure whereas, in isoquinoline, the nitrogen atom is in the second position of the ring structure. Isoquinoline is a structural isomer of quinolone. This means both these compounds have the same chemical formula […]
Difference Between O-Xylene and P-Xylene
The key difference between O-xylene and P-xylene is that O-xylene contains two methyl groups attached to the benzene ring at adjacent substituent positions, whereas P-xylene contains two methyl groups attached to the benzene ring at opposite substituent positions. Xylene is an organic compound. It is one of the three isomers of dimethylbenzene. It contains two […]
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