because aromatic amines are stronger acid due to its being a secondary amine
Amines.
in amines a unshared pare of electron is present over nitrogen which is responsible for its basic character.
Amines function as organic bases. Like in ammonia, the nitrogen atoms in amines tend to act as electron pair donors. Thus, they act as bases in many reactions.
Your question has no specific scientific answer a it is imprecise. You could divide them into liquids that are themselves bases, such as some low molecular weight organic amines, and solutions of bases, such as sodium hydroxide solution.
Neither is an acid. Both are bases, hydroxide is the stronger base.
Amines.
in amines a unshared pare of electron is present over nitrogen which is responsible for its basic character.
Amines function as organic bases. Like in ammonia, the nitrogen atoms in amines tend to act as electron pair donors. Thus, they act as bases in many reactions.
Schiff bases are imines formed by the condensation of aldehydes or ketones with primary amines
Most bases are anioc particles: OH-, CO32- etc. Examples of neutral bases are ammonia, NH3, and (small) organic amines.
The four nitrogen bases of DNA are naturally occuring amines and sometimes they are synthesized from amino acids in vivo.
Your question has no specific scientific answer a it is imprecise. You could divide them into liquids that are themselves bases, such as some low molecular weight organic amines, and solutions of bases, such as sodium hydroxide solution.
Neither is an acid. Both are bases, hydroxide is the stronger base.
acids are 1-6.99 on pH 1 is stronger than 6.99. bases are 7.51-13 on pH 13 is stronger than 7.51.
For the same concentration of an acid the lower the pH then the stronger the acid. Similarly for bases the higher the pH for equal concentrations the stronger the base.
These are four types of amines found in DNA. They are four nucleotides, which carry nitrogen, which in turn are the building blocks of DNA and RNA. The are often called "nucleotide bases" or just "bases". They form base pairs: A with T, G with C.
Acids- they donate hydrogen ions to bases, which then become molecules.