Nitrogen's atomic number is 7, which means it's got two orbitals. The inner one has two electrons in it, like every atom except hydrogen has. The outer orbital has five electrons. An orbital can have as many as eight electrons. It can get them either from itself or by sharing with other atoms. So...it has five electrons of its own, shares three with three hydrogen atoms, and makes a stable compound.
the num of bonding electrons is eight while number of anti bonding electrons is 2.we know that the bond order of any molecule is num of bonding electrons minus number of anti bonding electrons divided by two.so,8-2/2=3,thats why bond order of nitrogen molecule is 3.
Nitrogen has three electrons missing (5 valence electrons) to get to the stable Neon configuration. The molecule N2 thus shares 3 pairs of electrons (a triple covalent bond) so that each N atom has the required 8 outer electrons to be like Neon.
They have to share 3 pairs of electrons, because then each nitrogen atom can have a total of 8. The "octet rule," or rule of 8 says that atoms want to have 8 electrons in their outer, or valence shell. This mimics the electron configuration of noble gases (group 18) which are very stable. Nitrogen is one of 7 diatomic elements, which always exist as a diatomic (2-atom) molecule, and the only way for each nitrogen atom to be stable is for the 2 nitrogen atoms to share 3 pairs, forming a triple covalent bond.
Because it has 3 unpaired electrons in it outershell so can form 3 covalent bonds, sharing 1 electron in each bond.
NH3 is ammonia or azane, a gas that is highly soluble in water (creating NH4OH an alkali).
The molecular formula of ammonia is NH3. According to the formula, the ratio of nitrogen to hydrogen is 1N:3H.
Ammonia, NH3.
Yes, nitrogen can form three covalent bonds. It has five valence electrons, three of which are unpaired. The three unpaired electrons can form covalent bonds.
Three covalent bonds. One sigma bond and two pi bonds.
The molecule of nitrogen (N2) has three covalent bonds.
Nitrogen appears as N2 where there are three bonds between the two nitrogen atoms.
Ammonia is a nitrogen atom bonded to three hydrogen atoms. There is a total of three covalent bonds (one for each hydrogen).
Yes, nitrogen can form three covalent bonds. It has five valence electrons, three of which are unpaired. The three unpaired electrons can form covalent bonds.
Three covalent bonds. One sigma bond and two pi bonds.
Covalent bonds do not "make up" anything; they merely hold the atoms that carry the mass of the substance together. If the questioner means, "How many covalent bonds are in a nitrogen molecule with formula N2" the answer is "one triple covalent bond."
The molecule of nitrogen (N2) has three covalent bonds.
Nitrogen appears as N2 where there are three bonds between the two nitrogen atoms.
Ammonia is a nitrogen atom bonded to three hydrogen atoms. There is a total of three covalent bonds (one for each hydrogen).
Three covalent bonds. One sigma bonds and two pi bonds. This is why many explosives, many containing nitrogen, are powerful. Nitrogen's triple bond holds a lot of energy
Hydrogen forms three covalent bonds in electrically neutral compounds.
Hydrogen forms three covalent bonds in electrically neutral compounds.
Nitrogen has 5 valence electrons in its outer shell, but wants to complete its outer shell so it has 8 electrons to become a noble gas (Group 18; see periodic table). Therefore, 3 hydrogen atoms form a covalent bond with one nitrogen atom, sharing their single electron with Nitrogen. Nitrogen can also form bonds with 1 or 2 hydrogen atoms to form ions.
three
Nitrogen can form covalent bonds.