What is the intermolecular force of LiNO3?

Answer 1

Molecular NI3 (see below) would be expected to have a small dipole, the inermolecular force would include dipole- dipole interactions along with London dispersion forces which would be expected to be relatively high as the molecule has a lot of electrons, 166 in all

Interestingly NI3 cannot be made pure, it is just too unstable. So the question is really just a theoretical one. Solid NI3 is actually an ammonia adduct and some brave person determined the crystal structure to be polymeric (NI3.NH3)n

Answer 2

There are dipole-dipole forces present because the covalent compound is polar, which means that there is a positive side and a negative side.

London forces are also present because London forces are present between all molecules regardless any other attractions are present.

Answer 3

The intermolecular force in LiNO3 is primarily ionic bonding due to the attraction between lithium cations and nitrate anions. This ionic bond results from the transfer of electrons from lithium to nitrate, creating strong electrostatic interactions between the ions.

Answer 4

dipole-dipole

Answer 5

Ionic bond between Li+ and NO3- ion