Red phosphorus is chemically less reactive than white phosphorus because :

Question

Red phosphorus is chemically less reactive than white phosphorus because : (A) it has a polymeric structure (B) it does not contain tetrahedral P4 molecules (C) it does not contain PP bonds (D) it has a linear structure

Tardigrade Admin · Accepted Answer

Red phosphorus is believed to have long chains of P4 tetrahedrons, i.e., it is highly polymerized and hence is less reactive.

Q. Red phosphorus is chemically less reactive than white phosphorus because :

it has a polymeric structure

it does not contain tetrahedral $P_{4}$ molecules

it does not contain $PP$ bonds

it has a linear structure

Red phosphorus is believed to have long chains of $P_{4}$ tetrahedrons, i.e., it is highly polymerized and hence is less reactive.

Q. Red phosphorus is chemically less reactive than white phosphorus because :

it has a polymeric structure

it does not contain tetrahedral P4​ molecules

it does not contain PP bonds

it has a linear structure

Red phosphorus is believed to have long chains of P4​ tetrahedrons, i.e., it is highly polymerized and hence is less reactive.

it does not contain tetrahedral $P_{4}$ molecules

it does not contain $PP$ bonds

Red phosphorus is believed to have long chains of $P_{4}$ tetrahedrons, i.e., it is highly polymerized and hence is less reactive.