the total no. of electrons in the bond formation of nitrogen molecule_______?
Answers
Answered by
2
Answer = 6 electrons.
In the Nitrogen molecule there are two Nitrogen atoms forming together a triple bond. Each bond is formed by a pair of electrons. So totally 6 electrons bond the two atoms together.
The two dots represent two lone electrons in the 1s orbital. They do not participate in the bond. The triple lines represent three bonds.
. . . .
N Ξ N
In some compounds Nitrogen could form bonds with 3 electrons. Then the total number of electrons participating are only 3. (from 2p3)
Nitrogen reacts with some atoms with a valency of 5. So then the total number of electrons in the bond formation are 5. There are totally 5 electrons in the outermost valency shell.
In the Nitrogen molecule there are two Nitrogen atoms forming together a triple bond. Each bond is formed by a pair of electrons. So totally 6 electrons bond the two atoms together.
The two dots represent two lone electrons in the 1s orbital. They do not participate in the bond. The triple lines represent three bonds.
. . . .
N Ξ N
In some compounds Nitrogen could form bonds with 3 electrons. Then the total number of electrons participating are only 3. (from 2p3)
Nitrogen reacts with some atoms with a valency of 5. So then the total number of electrons in the bond formation are 5. There are totally 5 electrons in the outermost valency shell.
JunaidMirza:
It’s asked to find no. of electrons involved in formation of nitrogen molecule (N₂)
Answered by
2
N₂ represents nitrogen molecule
There exist a triple bond in between two nitrogen atoms.
So, total number of electrons participating in bond formation of nitrogen molecule is 6.
Also, there is a lone pair of electron on each nitrogen atom of nitrogen molecule.
Refer image for clear picture
There exist a triple bond in between two nitrogen atoms.
So, total number of electrons participating in bond formation of nitrogen molecule is 6.
Also, there is a lone pair of electron on each nitrogen atom of nitrogen molecule.
Refer image for clear picture
Attachments:
Similar questions