Question

Choose the best statement that describes the compound formed between nitrogen

and oxygen.
1. nitrogen and oxygen share electrons through covalent bonds
2. Nitrogen accepts electrons from oxygen
3. oxygen accepts valence electrons from nitrogen
4. the cation and the anion formed attract each other through electrostatic attractions

Answer 1

Nitrogen and oxygen share electrons through covalent bonds to form a compound, with NO (nitric oxide) having a double bond between the atoms. Nitrogen does not accept electrons from oxygen or vice versa; it's a mutual sharing to achieve stable electron configurations.

Step-by-step explanation:

The compound formed between nitrogen and oxygen is characterized by a sharing of electrons via covalent bonds. When discussing the compound NO, or nitric oxide, this molecule consists of a bond where nitrogen and oxygen share four electrons.

In this case, nitrogen does not strictly accept electrons from oxygen nor does oxygen from nitrogen; rather, they both contribute electrons to form a covalent bond. The correct statement describing their interaction is that nitrogen and oxygen share electrons through covalent bonds.

A triple covalent bond can be seen in the nitrogen molecule (N₂), where two nitrogen atoms share three pairs of electrons.

However, the compound NO forms a double bond as illustrated by the Lewis structure: Nitrogen (N) with one full lone pair, an additional lone electron, and an Oxygen (O) with two lone pairs, where the four shared electrons constitute a single double bond between them.

Answer 2

Nitrogen and oxygen share electrons through covalent bonds to form a compound, with NO (nitric oxide) having a double bond between the atoms. Nitrogen does not accept electrons from oxygen or vice versa; it's a mutual sharing to achieve stable electron configurations.

Step-by-step explanation:

The compound formed between nitrogen and oxygen is characterized by a sharing of electrons via covalent bonds. When discussing the compound NO, or nitric oxide, this molecule consists of a bond where nitrogen and oxygen share four electrons.

In this case, nitrogen does not strictly accept electrons from oxygen nor does oxygen from nitrogen; rather, they both contribute electrons to form a covalent bond. The correct statement describing their interaction is that nitrogen and oxygen share electrons through covalent bonds.

A triple covalent bond can be seen in the nitrogen molecule (N₂), where two nitrogen atoms share three pairs of electrons.

However, the compound NO forms a double bond as illustrated by the Lewis structure: Nitrogen (N) with one full lone pair, an additional lone electron, and an Oxygen (O) with two lone pairs, where the four shared electrons constitute a single double bond between them.