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Does nitrogen burn in oxygen?
No, nitrogen does not burn in oxygen. Nitrogen is inert and does not react with oxygen under normal conditions.
What do silver nitrogen and oxygen make?
Silver does not readily react with nitrogen or oxygen to form stable compounds under normal conditions. However, silver can react with nitrogen and oxygen compounds in specific conditions to form various silver compounds.
What does iridium oxygen and nitrogen make when mixed together?
When iridium, oxygen, and nitrogen are mixed together, they do not react to form a specific compound. Iridium is a noble metal and does not readily react with oxygen or nitrogen under normal conditions.
Does copper react with nitrogen?
Copper does not react with nitrogen under normal conditions. However, at very high temperatures and pressures, copper can react with nitrogen to form copper nitride.
What do you get when you add nitrogen and oxygen together?
If you just let it in, It would be 99% of ordinary air. If you send a spark through it, it would be nitrogen dioxide (it is toxic).
Does nitrogen burn in oxygen?
No, nitrogen does not burn in oxygen. Nitrogen is inert and does not react with oxygen under normal conditions.
What do silver nitrogen and oxygen make?
Silver does not readily react with nitrogen or oxygen to form stable compounds under normal conditions. However, silver can react with nitrogen and oxygen compounds in specific conditions to form various silver compounds.
Will oxygen react with nitrogen?
Oxygen and nitrogen are both stable, non-reactive gases and do not readily react with each other under normal conditions. However, at very high temperatures and pressures, they can react to form nitrogen oxides.
What does oxygen oxygen nitrogen make?
Oxygen and nitrogen will not directly chemically react with each other under normal conditions. They will typically stay as separate molecules in the air.
What does iridium oxygen and nitrogen make when mixed together?
When iridium, oxygen, and nitrogen are mixed together, they do not react to form a specific compound. Iridium is a noble metal and does not readily react with oxygen or nitrogen under normal conditions.
Does aluminum react with nitrogen?
No, aluminum does not react with nitrogen under normal conditions. Aluminum is a relatively unreactive metal and does not form compounds with nitrogen easily.
Does copper react with nitrogen?
Copper does not react with nitrogen under normal conditions. However, at very high temperatures and pressures, copper can react with nitrogen to form copper nitride.
What do you get when you add nitrogen and oxygen together?
If you just let it in, It would be 99% of ordinary air. If you send a spark through it, it would be nitrogen dioxide (it is toxic).
What won't silicon react with?
Silicon does not react with most acids, such as hydrochloric acid and sulfuric acid, or bases like sodium hydroxide. It also does not readily react with most nonmetals, such as oxygen or nitrogen, under normal conditions.
What are 2 conditions in which nitrogen will react with oxygen?
One condition is heat. This is why oxides of nitrogen (NOx) are sometimes formed in car engines where the temperature is high. Another condition is the presence of a suitable catalyst which will lower the activation energy required for the reaction to occur.
Why does nitrogen not normally react with oxygen?
Nitrogen is relatively inert because it is held together by a strong triple bond, making it difficult for other elements to break this bond and react with nitrogen. Oxygen, on the other hand, tends to react more readily with elements that are more reactive or have a lower ionization energy than itself. This makes nitrogen and oxygen unlikely to react with each other under normal conditions.
What is formed when nitrogen combines with oxygen?
When nitrogen combines with oxygen, the most common product formed is nitrogen dioxide (NO2), which is a reddish-brown gas. Nitric oxide (NO) is another compound that can form when nitrogen and oxygen react under certain conditions, such as during combustion processes.
