jo mama
jo mama
Nitrogen can also be used in the form of ammonia as a fertilizer for plants. Ammonia provides a readily available nitrogen source for plants to support their growth and productivity.
Pancreatic digest of casein, papaic digest of soybean meal, beef extract, peptone
To have a petroleum resource, you need a source rock rich in organic material (such as algae or plankton), a reservoir rock with high porosity and permeability (like sandstone or limestone), and a seal rock above the reservoir to prevent oil and gas from escaping. Additionally, the presence of traps, such as anticlines or faults, is essential for the accumulation of oil and gas.
In the context of disease transmission, a reservoir is a place where a pathogen can live and multiply, such as an animal or environment. A vector is an organism that can carry and transmit the pathogen from the reservoir to a host. The relationship between a reservoir and a vector is that the reservoir provides a source of the pathogen, while the vector helps spread the pathogen to new hosts, contributing to the transmission of the disease.
groundnut is a source of nitrogen.
Natural gas, also known as methane, is a source of hydrogen, and air consists mainly of nitrogen, so the two can be used to form ammonia, which is a compound of nitrogen and hydrogen.
SPLEEN
Coffee grounds are a source of nitrogen for composting.
Animals get nitrogen from plants.
Source rock and reservoir rock both play essential roles in the formation and production of hydrocarbons in oil and gas fields. Source rock is the rock formation in which organic matter is deposited and transformed into hydrocarbons, while reservoir rock is the porous and permeable rock that stores and allows the flow of hydrocarbons. Together, they contribute to the accumulation and extraction of oil and gas resources.
Nitrogen in the atmosphere primarily comes from volcanic eruptions and the decay of organic matter, but the largest source is the Earth's crust, where nitrogen is released through geological processes. Additionally, nitrogen is continuously cycled through biological processes, such as nitrogen fixation by certain bacteria, which convert atmospheric nitrogen into forms usable by living organisms. Ultimately, about 78% of the Earth's atmosphere is composed of nitrogen gas (N₂), making it the most abundant gas in the atmosphere.