Can someone please tell me 3 explosives which are manufactured by ammonia gas and the uses of such explosives.

Here is an article on the uses of ammonia. Since ammonia is used to manufacture nitric acid, HNO3, almost any nitrate is explosive. KNO3 is used in gunpowder, NH4NO3 is a fertilizer but is explosive (read about the Texas City disaster about 30 years ago) and hydrazine is used in rocket engines. My advice is not to fool around with this stuff; it's simply to dangerous. One can lose an eye, an arm, or get blown to bits.

DrBob mentioned gunpowder and mixtures which include ammonium nitrate. Other important explosives are nitroglycerin (dynamite) and trinitrotoluene (TNT) which are formed by the action of HNO3 on organic compounds like glycerol and toluene.

Certainly! Three explosives that can be manufactured using ammonia gas are Ammonium Nitrate, Ammonium Nitrate Fuel Oil (ANFO), and Ammonium Picrate.

1. Ammonium Nitrate (AN): It is a widely used explosive, primarily used in mining, construction, and agriculture industries. To manufacture Ammonium Nitrate, ammonia gas is combined with nitric acid. It is relatively stable and inexpensive, making it suitable for various applications.

2. Ammonium Nitrate Fuel Oil (ANFO): ANFO is a mixture of Ammonium Nitrate and fuel oil, typically diesel. It is an extremely powerful explosive commonly used in mining, quarrying, and construction. To create ANFO, ammonia gas is first reacted with nitric acid to produce Ammonium Nitrate which is then mixed with the fuel oil.

3. Ammonium Picrate: Also known as Explosive D, Ammonium Picrate is a highly sensitive and powerful explosive. It is primarily used in military applications, including artillery shells and bombs. To manufacture Ammonium Picrate, ammonia gas is reacted with picric acid.

For more detailed information about these explosives, including their chemical processes and safety precautions, it is recommended to consult specialized literature, scientific articles, or professional experts in the field of explosives manufacturing and use.