Nitric acid is commonly used in food processing, as fertilizer and as an oxidizing agent for rocket fuels. It also contains chemical properties necessary for certain explosives.Continue Reading
When used as a fertilizer, nitric acid promotes rapid growth in plants. It can be unhealthy to the environment if it is deposited into water sources, as it promotes the growth of algae that can deoxygenize water and harm aquatic life.
Nitric acid is also used to remove calcium and magnesium deposits in dairy processing factories, as well as an etching agent for use on metals. It is used to create components for the explosive trinitrotoluene, commonly known as TNT, as well as plastic explosives.Learn more about Atoms & Molecules
The element boron only has a few uses in its natural, amorphous state, with the most common uses being as an igniter for rocket fuel and as an additive to signal flares, giving them their distinctive green color. Still, there are many compounds made with boron that have many more uses, such as boric oxide, boracic acid and sodium borate or borax.Full Answer >
Dinitrogen tetrafluoride, also known as tetrafluorohydrazine, is a colorless, toxic gas that is utilized as an oxidizing agent in rocket fuel. The common formula for the gas is N2F4.Full Answer >
To neutralize nitric acid, start with a basic solution, make a saturated solution of HNO3 in a beaker, dilute to the ratio of 1:10, and pour the solution gradually till pH of 7 is attained. The process takes less than 30 minutes.Full Answer >
Nitric acid is found in nature, and it can be synthetically produced in a laboratory. Free nitric acid is found in rainwater. It's also an ingredient in fertilizers, explosives such as nitroglycerin and TNT, dyes, plastics, rocket propellants and cleaning solutions. In the laboratory, nitric acid is made by distilling nitrates and sulfuric acid.Full Answer >