Do you want your crops to grow big and strong? Get Ammonia Today!

Ammonia is a very valuable source of nitrogen that is essential for plant growth.  Depending on the particular crop being grown, up to 200 pounds of ammonia per acre may be applied for each growing season. Ammonia and urea are used as a source of protein in livestock feeds for ruminating animals such as cattle, sheep and goats.  Ammonia can also be used as a pre-harvest cotton defoliant, an anti-fungal agent on certain fruits and as preservative for the storage of high-moisture corn. 

-go to http://www.Iwantgoodcropstoday.ammonia.com/ to get ammonia for the best plants in your neighborhood!

3D Model of Ammonia

The two black dots show the unshared bond of nitrogen and the three H are the bonds between nitrogen and hydrogen. The blue arrow show the electronegativity between N, nitrogen and H, hydrogen, the arrows are pointing towards the middle because the arrows go from low electronegativity to higher electronegativity.

Lewis Structure

This is the Lewis Structure also known as a dash model of Ammonia (NH₃)

The two green colored dots show the unshared bond of nitrogen and the dashes with and H at the end represents the bonds between nitrogen and hydrogen.

Intermolecular Forces, Polarity, and The Nature of Bonds

There are three intermolecular forces that occur in this molecule. They are London dispersion force, dipole-dipole, and hydrogen bonding.

Ammonia is a polar molecule because the arrangement of the atoms in some molecules is that one end of the molecule has a positive electrical charge and the other side has a negative charge, if this is the case, the molecule is called a polar molecule.

Nature of a bond

N-H = 3.0-2.2 = .8

This is moderately covalent bond.