Why is it impossible to make double bonds between nitrogen and oxygen?
Who said it is impossible!!
N has 5 valence electrons and O has 6 valence electrons. When you try to draw the structural formula of an N-O compound you have an extra electron. However, you can draw the structural formula of N2O4.
Look it up on the web. It has 2 double bonded N=O and 2 single bonded N-O.
New concept! The bonds are called resonance bonds, because one pair of electrons from each of the double bonds moves around the entire molecule. Thus the molecule is symmetrical.
You need to see an image of this on the web understand it better!!
The bond between nitrogen and oxygen in this compound is a double bond which is covalent.
This compound makes a double covalent bond between nitrogen and oxygen.
The bond between nitrogen and oxygen is always covalent. In some compounds there are double bonds.
Oxygen has one more proton, and a valance of -2.
Nitric acid, HNO3 has covalent bonds. Two nitrogen-oxygen single bonds, one nitrogen-oxygen double bond and an oxygen-hydrogen single bond. There is a formal +1 charge on the nitrogen center, and a formal -1 charge on the single-bonded oxygen without the hydrogen atom.
Because its just impossible there is no explanation for this concept
The bond between nitrogen and oxygen in this compound is a double bond which is covalent.
This compound makes a double covalent bond between nitrogen and oxygen.
The bond between nitrogen and oxygen is always covalent. In some compounds there are double bonds.
oxygen
In the atmosphere, dry air contains 78.09% nitrogen and 20.95% oxygen by volume. Thus the ratio of nitrogen to oxygen is about 3.7:1.
Air is approximately 80% Nitrogen, 19% oxygen and 1% others
Oxygen has one more proton, and a valance of -2.
and nitrogen causes h2o
Normal air is 20% oxygen, 79% nitrogen, and 1% other gasses.
Hydrogen and Nitrogen. Or oxygen and carbon dioxide, or carbon monoxide.
Yes. The simplest molecule NO cannot follow the Octet Rule. Since there is an odd number of valence electrons, complete electron pairing is impossible. NO is a free radical with an unpaired electron, but is relatively stable and is an important in biological systems. The other odd electron oxide is NO2, this is more stable than NO and is in equilibrium with N2O4. There are many nitrogen oxides and oxo-anions NO3-, and NO2-. Nitrogen oxygen bonds can be single covalent bonds or double bonds (pi bonds).