Biogeochemical cycles are basically of two types:
a) Gaseous cycles like carbon (as carbon dioxide), oxygen, nitrogen, etc.
b) Sedimentary cycles like sulphur, phosphorus, etc.
In gaseous cycles, the elements have a main reservoir in the gaseous phase, and the reservoir pool is the atmosphere or water. The biogenetic materials involved in circulation pass through a gaseous phase before completing the cycle.
In sedimentary cycles, the elements main reservoir pool is lithosphere and the biogenetic materials involved in circulation are non-gaseous. The sedimentary cycles are usually very slow as the elements may get locked up in rocks and go out of circulation for long periods.
The Rankine cycle is a thermodynamic cycle that operates using a liquid-vapor phase change, typically involving water as the working fluid, and is commonly used in steam power plants. In contrast, the Brayton cycle operates with a gas as the working fluid and involves continuous combustion and expansion, making it the basis for gas turbine engines. While the Rankine cycle is characterized by its use of heat to convert water into steam, the Brayton cycle relies on direct combustion of fuel to generate high-temperature gases for expansion. Thus, the key difference lies in the state of the working fluid and the mechanisms of energy conversion involved in each cycle.
Clarifier removes solids from Liquid and Clarifier removes solids from Gas
The difference between a gas and a plasma is the chemical properties. Plasmas collect electric currents and electric and magnetic fields affect plasmas
composition of the gas: 131 (Inert), 135 (Active)
plumber is always checking if nything has any water problems or so,and gas engineers just check if the gas is leaking anywhere as it can cause danger
Recoil operated uses recoil from firing to cycle the action. Gas operated uses gas from firing to cycle the action.
2 cycle oil is meant to be used when your engine requires fuel/oil mix gas. If you have a dip stick for oil, your machine doesn't use mixed gas/oil.
Brayton cycle: It is open cycle. Rankine cycle: It's close cycle. Brayton cycle: Mostly used in gas turbine engine. Rankine cycle: Mostly used in power generation plant. Brayton cycle: Resemble less to Carnot cycle. Rankine cycle: Resemble is more to Carnot cycle.
The color. :)
Nitrogen cycle is made up of nitrogen gas so when nitrogen gas and oxide compress they make a nitrogen cycle. With the phosphorus cycle it doesn't compress gas it just goes to gas to oxide making phosphorus cycle.
Go with the gas heat.
The Rankine cycle is a thermodynamic cycle that operates using a liquid-vapor phase change, typically involving water as the working fluid, and is commonly used in steam power plants. In contrast, the Brayton cycle operates with a gas as the working fluid and involves continuous combustion and expansion, making it the basis for gas turbine engines. While the Rankine cycle is characterized by its use of heat to convert water into steam, the Brayton cycle relies on direct combustion of fuel to generate high-temperature gases for expansion. Thus, the key difference lies in the state of the working fluid and the mechanisms of energy conversion involved in each cycle.
2ng
The purity is different.
intermolecular attractions
A is expanded in a container.
intermolecular attractions