Phosphorus has three allotropic forms:(i) whi | vedclass

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(N/A)       Property    White Phosphorus    Red Phosphorus        Structure    Exists as discrete $P_4$ molecules where $P$ atoms lie at the corners o

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(N/A)       Property    White Phosphorus    Red Phosphorus        Structure    Exists as discrete $P_4$ molecules where $P$ atoms lie at the corners of a tetrahedron with $60^{\circ}$ bond angles.    Exists as a polymeric chain structure formed by breaking one $P-P$ bond in the $P_4$ tetrahedron.        Reactivity    Highly reactive due to high angular strain in the $P_4$ molecule.    Less reactive because the polymeric structure reduces the angular strain.

Phosphorus has three allotropic forms:
$(i)$ white phosphorus
$(ii)$ red phosphorus and
$(iii)$ black phosphorus.
Write the difference between white and red phosphorus on the basis of their structure and reactivity.

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Property	White Phosphorus	Red Phosphorus
Structure	Exists as discrete $P_4$ molecules where $P$ atoms lie at the corners of a tetrahedron with $60^{\circ}$ bond angles.	Exists as a polymeric chain structure formed by breaking one $P-P$ bond in the $P_4$ tetrahedron.
Reactivity	Highly reactive due to high angular strain in the $P_4$ molecule.	Less reactive because the polymeric structure reduces the angular strain.

Phosphorus has three allotropic forms:$(i)$ white phosphorus$(ii)$ red phosphorus and$(iii)$ black phosphorus.Write the difference between white and red phosphorus on the basis of their structure and reactivity.