A Pepited bond is formed by the interact...

A Pepited bond is formed by the interaction of

amino group of one `alpha`- amino aldehyde with aldehyde group of another `alpha`-animo aldehyde with loss of water.

carboxy group of one `alpha`-amino acid with the of another `alpha` amino acid attended with loss of water.

`alpha`-amimo of one `alpha`-amino acid with `alpha`-group of another `alpha`-amino attended with loss of ammonia.

`alpha`-amino group of one `alpha`-amino acid with carboxy group of another molecule of the same of different `alpha`-amino acid attended with loss of water

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The correct Answer is:

Peptides are amides formed by interaction between amino groups and carboxyl group of amino acids.

The `-overset(O)overset(||)(C)-overset(H)overset(|)(N)-` (amide) linkage that forms between the amino acids is known as a peptide bond or peptide linkage.

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pi bond is formed by

overlapping of atomic orbitals on the axis of nuclei

mutual sharing of pi electron

sidewise over lapping of half filled p-orbitals

overlapping of s-orbitals with p-orbitlas

Peptide bond is formed when the

Carboxyl group of one amino acid reacts with the carboxyl group of the next amino acid

Amino group of one amino acid reacts with the amino group of the next amino acids

Carboxyl group of one amino acids reacts with amino group of the next amino acids

Amino group of one amino acid react with carboxyl group of the next amino acid

In the organic compound CH_(2)=CH-CH_(2)-CH_(2)-C equiv CH , the CH-CH_(2) bond is formed by the interaction of a pair of hybridised orbitals :

`sp-sp^(2)`

`sp-sp^(3)`

`sp^(2)-sp^(3)`

`sp^(3)-sp^(3)`.