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Assertion. Coenzyme is a nonprotein grou...

Assertion. Coenzyme is a nonprotein group without which certain enzymes are inactive or incomplete.
Reason. Coenzymes not only provide a point of attachement to the chemical group being transferred but also influence the properties of the group.

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[A] : Coenzyme is a nonprotein group without which holoenzymes are inactive or incomplete . [R] : Coenzymes not only provide a point of attachment for the chemical group but also influence the properties of the group .

[A] : Coenzyme is a nonprotein group without which holoenzymes are inactive or incomplete . [R] : Coenzymes not only provide a point of attachment for the chemical group but also influence the properties of the group .

[A] : Coenzyme is a nonprotein group without which holoenzymes are inactive or incomplete . [R] : Coenzymes not only provide a point of attachment for the chemical group but also influence the properties of the group .

Assertion : Coenzymes serve as co-factors in a number of different enzyme catalyzed reactions. Reason : Coenzymes and prosthetic groups are cofactors.

Assertion : Coenzymes are also called prosthetic groups. Reason : Coenzymes and prosthetic groups are cofactors.

Assertion: Elements belonging to the same group show similarity in chemical properties. Reason: Elements of the same group have same number of valence electrons.

Assertion. A coenzyme or metal ion that is very tightly bound to enzyme protein called prosthetic group. Reason. A complete, catalytically active enzyme together with its bound prosthetic group is called apoenzyme.

Assertion: Xenon is the only group 18 element which form compounds. Reason: Xenon doesn't form clathrates.

Name the three functional groups which provide chemical and physical properties to amino acids.