Volcanic Outgassing :D
The major source of natural gas is underground deposits in rock formations, typically found in association with oil reserves.
Oxygen
Oxygen is colourless, support burning but don't smell.
Photosynthesis helps to account for 98% of the worlds atmospheric Oxygen. Some sources of atmospheric Nitrogen include: coastal fogs, volcanoes, air pollution, and uric acid which comes from animal waste.
Depends on the size of the tank, and the temperature and pressure of the gas. One common atmospheric temperature tank has an internal volume of 1.2 cubic feet, and they are commonly delivered at pressures of 2600 psi (or so). This gas source has a bit of water in it too. Another common delivery method is as a liquid in a dewar, and these are delivered by the unit weight, and they use atmospheric heat to boil the liquid oxygen. This gas source is usually very dry.
Oxygen is the major source of photosynthesis in the atmosphere. During photosynthesis, plants and other photosynthetic organisms convert carbon dioxide into oxygen through the process of photosynthesis. This oxygen is then released into the air, replenishing the levels in the atmosphere.
It never was - Nitrogen is the "major gas".
The oxygen in water is the oxygen that is released into the atmosphere.
H20
The major source of natural gas is underground deposits in rock formations, typically found in association with oil reserves.
No, oxygen is not a fuel. It is a gas that is necessary for combustion to occur, but it is not a source of energy itself.
The oxygen gas in rust comes from the oxidation of iron when it reacts with oxygen in the air or water. This reaction forms iron oxide, commonly known as rust, and releases oxygen gas as a byproduct.
Oxygen is the major gas that is the cause chemical weathering.
CO2
No, a propane tank contains propane gas, not oxygen. Propane is a hydrocarbon gas that is commonly used as a fuel source for heating and cooking.
Oxygen gas detectors, also known as lambda sensors, are an essential appliance for anyone striving for a safe and efficient home. To get the most out of a detector, it is wise to install it where major sources of excess oxygen are located. These sources can include fireplaces, ovens, and garages. An ideal oxygen detector location would be where it can detect harmful concentrations of oxygen coming from every source in the house, instead of having to install a separate detector for each potential source.
Oxygen is the gas that is always used in burning. It is necessary for combustion to occur as it reacts with a fuel source to produce heat and light.