The key difference between transamination and deamination is that the transamination is the transfer of an amino group to a keto whereas the deamination is the removal of an amino group. Transamination and deamination are two types of chemical reactions in which the change of amino groups in organic molecules occur. These processes take place […]

The key difference between primary and secondary alcohol is that the carbon atom that carries the -OH group in primary alcohol is attached only to one alkyl group whereas the carbon atom that carries the -OH group in secondary alcohol is attached to two alkyl groups. Alcohol is an organic compound that contains a hydroxyl group as the […]

The key difference between 2 propanol and isopropanol is that the 2 propanol is the IUPAC name for the compound having the chemical formula C3H8O whereas the isopropanol is the common name for the same compound. Both terms name the same chemical compound that has the chemical formula C3H8O. Thus, it is an alcoholic compound […]

The key difference between borazine and benzene is that the borazine contains three boron atoms and three nitrogen atoms in the ring structure whereas the benzene contains six carbon atoms in the ring structure. Both borazine and benzene have similar structures with a six-membered ring, and these two compounds are isoelectronic. That means, both borazine […]

The key difference between ethanol and propanol is that the ethanol contains two carbon atoms per molecule whereas the propanol contains 3 carbon atoms per molecule. Both ethanol and propanol are alcoholic compounds that contain a hydroxyl group (-OH) as the functional group of the molecule. Also, both are the simplest among alcohols. Since ethanol […]

The key difference between Clemmensen and Wolff Kishner reduction is that the Clemmensen reduction involves the conversion of ketone or aldehydes into alkanes whereas the Wolff Kishner reduction involves the conversion of carbonyl groups into methylene groups. Both these processes do these conversions via reducing the functional groups. Therefore, these processes require specific reaction conditions […]

The key difference between isopentane and neopentane is that the isopentane contains a four-membered carbon chain with one methyl group attached to this chain at the second carbon atom of the chain whereas the neopentane contains one carbon centre attached with four methyl groups. Isopentane and neopentane are structural isomers of each other. Therefore, both […]

The key difference between tert butyl and isobutyl is that the tert butyl group contains a double branched carbon chain whereas the isobutyl contains a single branched carbon chain. The two terms tert butyl and isobutyl refer to two different functional groups in organic chemistry. However, these two groups have the same number of carbon […]

The key difference between resonance and mesomeric effect is that the resonance is a result of interaction between lone electron pairs and bond electron pairs whereas the mesomeric effect results due to the presence of substituent groups or functional groups. The two chemical concepts of resonance and mesomeric effect determine the exact chemical structure of […]

The key difference between cis and trans fatty acids is that the cis fatty acids have two hydrogen atoms attached to the double bond in the same side of the carbon chain whereas the trans fatty acids have the two hydrogen atoms bonded to the double bond in the opposite sides of the carbon chain. […]