Would this be possible, and how would it be called? It looks

>>8619397
Nitrogen cannot covalently bond four other atoms, it can only form three. Those H atoms (I assume they are hidrogen atoms) that you attached on N cannot be there. Thus such a molecule cannot exist and if you remove the H atoms from N, the molecule actually becomes cianuric acid.

>>8619433
But no nitrogen atom is bonded to four atoms in my picture.

>>8619436
The guy presumably meant four bonds.

>>8619441
But... nitric acid

not possible.
if N has four bonds, it needs to carry a + formal charge. either there needs to be a - formal charge at three places in the molecule (not possible) or it would be a tri-protonated version of cyanuric acid (and bear an overall charge of +3), and the thermodynamics of that just don't work. (there are no acids strong enough to put three extra protons on that sucker, even with resonance/delocalization.)

>>8619436
All right, my bad. It is not bonded with four other atoms, BUT it does form four covalent bonds which it cannot : one with one carbon atom, two with the other and one with the hidrogen; and the one with the hidrogen should not be there.

>>8619457
Because then it would have more than eight electrons on the last layer?

>>8619397
if the formula is written correctly it is
2,4,6-trihydroxy-1,3,5-triazinetriium

>>8619598
Nice.

>>8619448
What's your point? It bears a positive formal charge and has resonance. The hydrogen is not on the nitrogen.