Air is a mix of gasses- mainly nitrogen and oxygen, with a little carbon dioxide, argon, neon, radon etc thrown in. You do not MAKE oxygen from air, but you CAN separate pure oxygen from air. An oxygen concentrator uses a special membrane that has microscopic holes in it. Those holes allow 02 molecules to pas through, but not N2. Air can also be converted to a super cold liquid by compressing and chilling it. At temps below -320 degrees F, the nitrogen will stay liquid, but the oxygen (boiling point -361F) will boil off, and be captured.
Plants use molecular oxygen (O2) from the air during the process of photosynthesis to make food. In photosynthesis, carbon dioxide (CO2) is converted into glucose (sugar) and oxygen gas (O2) is released as a byproduct.
The chemical equation for the reaction of metal sodium with oxygen in air is 4Na + O2 -> 2Na2O.
in the plumbing world nitrogen is used for purging the air, O2, out of medical gas lines or refrigeration lines for air conditioners. nitrogen is used because it does not burn like O2 thus leaving the inside of the pipe clean.
The chemical formula for the oxygen in the air is O2, where the 2 should be a subscript.
It reacts with the oxygen in the air. 2Mg + O2 ------> 2MgO Magnesium + Oxygen = Magnesium Oxide
Photosythisis. It converts CO2 into O2.
the o2 sencer, temp. sencer, or the air temp sencer can. the o2 sencer, temp. sencer, or the air temp sencer can.
because there are many elements and compounds in that make it up, eg, CO2 is a compound, but O2 is an element. This means its a mixture not an element.
The O2 sensor can be found on the outside of the air cleaner housing. The O2 sensor will be attached to the back of the air cleaner housing.
Air is made mostly of oxygen (O2) and carbon dioxide (CO2).
possibly yes, with a bad o2 sensor you can have the wrong gas/air mixture making it harder for the sparkplugs to ignite the gas.
no
in the Plumbing world nitrogen is used for purging the air, O2, out of medical gas lines or refrigeration lines for air conditioners. nitrogen is used because it does not burn like O2 thus leaving the inside of the pipe clean.
The percent O2 in the flue gas is a measure of the combustion efficiency of the burner. The burner requires excess air to complete the combustion process. This amount of excess air is measured by measuring the O2 in the flue gas and plugging the results into the formula: [O2 / (20.9 - O2)] x 100 to determine the amount of excess air. 0% excess air is 100% combustion efficiency.
O2
21%
There are electron particles in O2 as well as in every thing in your body.