Examples: sulfuric acid, sodium chloride, uranium dioxide, ethylene, titanium dioxide, methane, etc.
All are to someone, somewhere at some time.
Those are gas compounds. We can use it as a fuel.
There are countless useful compounds in various fields such as pharmaceuticals, agriculture, and materials science. Some examples include aspirin for pain relief, ammonia for fertilizer production, and nylon for textiles. Each compound serves a specific purpose based on its unique properties and applications.
Compounds containing a carbonyl group (C=O) are known as carbonyl compounds, which include aldehydes and ketones. These compounds are often used as useful solvents due to their polar nature, which allows them to dissolve a wide range of substances. Their ability to form hydrogen bonds also contributes to their effectiveness as solvents in various chemical reactions and applications.
All around us are natural or artificial compounds (excepting elements).
De-nitrification
Nitrosomonas and Nitrobacter are two types of bacteria that convert ammonia compounds into useful nitrates through a process known as nitrification. Nitrosomonas oxidize ammonia to nitrite, and Nitrobacter convert the nitrite into nitrate.
molecular formula
Examples: methane, starch, sucrose, ethanol, oil, greases, dyes, etc.
Steel (iron and carbon) is a useful compound. Small variations in the amount of carbon can make compounds that have great resiliency (springs) great hardness (knives) great tensile strength (wire) etc.Alloys with nickel and chrome are resistant to corrosion (stainless)
Molten ionic compounds are ionic compounds that have been melted into a liquid state. In this form, the ions are free to move around, allowing the liquid to conduct electricity. This property is useful in applications such as electrolysis and molten salt batteries.
Examples of elements: iron, hydrogen, uranium, potassium, sulfur etc. Examples of compounds: sodium bicarbonate, potassium iodide, sulfur hexafluoride, silver chloride, sucrose etc.