Statement $-$ 1 : White phosphorus is less stable where as red phosphorus is more stable.

Question

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Answer 1

White phosphorus has a tetrahedral basic unit where four phosphorus atoms arranged at the four corners of a tetrahedron are joined together by a total of six single bonds. This creates a very highly strained system which is unstable and very reactive.
Red phosphorus has an amormous structure (only short range order, no long range one) and is therefore a lot more stable and less reactive

Answer 2

White phosphorus has a tetrahedral basic unit where four phosphorus atoms arranged at the four corners of a tetrahedron are joined together by a total of six single bonds. This creates a very highly strained system which is unstable and very reactive.
Red phosphorus has an amormous structure (only short range order, no long range one) and is therefore a lot more stable and less reactive

Statement $-$ 1 : White phosphorus is less stable where as red phosphorus is more stable.

Statement $-$ 2 : White phosphorus exist as individual $P_{4}$ having more strained geometery while red phosphorus has $P_{4}$ tetrahedron structure linked together.

Statement $-$ 1 is true, Statement $-$ 2 is true and Statement $-$ 2 is correct explanation for Statement $-$ 1.

Statement $-$ 1 is true, Statement $-$ 2 is true and Statement $-$ 2 is NOT the correct explanation for Statement $-$ 1.

Statement $-$ 1 is true, Statement $-$ 2 is false.

Statement $-$ 1 is false, Statement $-$ 2 is true.

Red phosphorus is less volatile than white phosphorus

Red phosphorus has a discrete tetrahedral structure

Red phosphorus is less volatile than white phosphorus

The order of densities of the various allotropes of phosphorus is as follows:
black phosphorus, red phosphorus, white phosphorus.

As tendency of polymerisation increases, the compactness of substance also increases.

Which of the following isomers of phosphorus is thermodynamically most stable?

White phosphorus $(P_{4})$ has :

White phosphorus can be separated from red phosphorus by________.

Revise with Concepts

Phosphorus and its Allotropes

Statement − 1 : White phosphorus is less stable where as red phosphorus is more stable.

Statement − 2 : White phosphorus exist as individual P4​ having more strained geometery while red phosphorus has P4​ tetrahedron structure linked together.

Statement − 1 is true, Statement − 2 is true and Statement − 2 is correct explanation for Statement − 1.

Statement − 1 is true, Statement − 2 is true and Statement − 2 is NOT the correct explanation for Statement − 1.

Statement − 1 is true, Statement − 2 is false.

Statement − 1 is false, Statement − 2 is true.

Red phosphorus is less volatile than white phosphorus

Red phosphorus has a discrete tetrahedral structure

Red phosphorus is less volatile than white phosphorus

The order of densities of the various allotropes of phosphorus is as follows: black phosphorus, red phosphorus, white phosphorus.

As tendency of polymerisation increases, the compactness of substance also increases.

Which of the following isomers of phosphorus is thermodynamically most stable?

White phosphorus (P4​) has :

White phosphorus can be separated from red phosphorus by________.

Revise with Concepts

Phosphorus and its Allotropes

Statement $-$ 1 : White phosphorus is less stable where as red phosphorus is more stable.

Statement $-$ 2 : White phosphorus exist as individual $P_{4}$ having more strained geometery while red phosphorus has $P_{4}$ tetrahedron structure linked together.

Statement $-$ 1 is true, Statement $-$ 2 is true and Statement $-$ 2 is correct explanation for Statement $-$ 1.

Statement $-$ 1 is true, Statement $-$ 2 is true and Statement $-$ 2 is NOT the correct explanation for Statement $-$ 1.

Statement $-$ 1 is true, Statement $-$ 2 is false.

Statement $-$ 1 is false, Statement $-$ 2 is true.

The order of densities of the various allotropes of phosphorus is as follows:
black phosphorus, red phosphorus, white phosphorus.

White phosphorus $(P_{4})$ has :