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P2O3, or diphosphorus trioxide, is primarily composed of covalent bonds. In this molecule, phosphorus and oxygen share electrons, leading to the formation of covalent bonds between the atoms. The structure consists of P-O bonds, and the overall bonding character is predominantly covalent due to the nonmetallic nature of both phosphorus and oxygen.

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2mo ago

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Related Questions

Is p2o3 a metal or non-metal?

P2O3 does not contain a metal nor an ionic bond, therefore it is not a metal.


Is p2o3 a non-metal or metal?

P2O3 does not contain a metal nor an ionic bond, therefore it is not a metal.


What is the formula for diphosphorus trioxide?

The chemical formula for diphosphorus trioxide is P2O3.


What is the chemical formlula for liquid diphosphorus trioxide?

The chemical formula for liquid diphosphorus trioxide is P2O3.


What is P2 O5?

Phosphorous Oxide


What is percent composition of P2O3?

The percent composition of P2O3 (diphosphorus trioxide) is 56.38% phosphorus (P) and 43.62% oxygen (O). This means that in a sample of P2O3, 56.38% of the mass is due to phosphorus atoms, while 43.62% is due to oxygen atoms.


What is the coefficient of oxygen from P O2 to P2O3?

The coefficient of oxygen in the reaction P + O2 → P2O3 is 1. This means that one molecule of oxygen (O2) reacts with one molecule of phosphorus (P) to form one molecule of phosphorus oxide (P2O3).


Is p2o3 ionic or molecular?

Phosphorus trioxide (P2O3) is a molecular compound. It consists of covalent bonds formed between the atoms of phosphorus and oxygen in the molecule.


What is the chemical formula for phosphorous trioxide?

Formula: P2O3


In which type of bond are electrons?

Electrons are shared in a type of bond known as covalent. This type of bond is also considered a chemical bond.


Is oxygen reacts with p?

yes to form P2O3 and P2O5.


Is P2O3 a strong electrolyte?

No, P2O3 is not a strong electrolyte because it does not readily dissociate into ions when dissolved in water. It exists as molecules in solution rather than as separate ions.