HNO3
No: Rusting occurs by the combination of ferrous metals with oxygen from air or water, and nitrogen can not form the same compounds as oxygen does.
Wrong, nitrogen is less dense than water!
Nitrogen is cold.
water
Water pollution affects the nitrogen cycle the least. The nitrogen cycle is the cycle of nitrogen as it enters earth, becomes fixed, and leaves earth, back to the atmosphere. The only way that water pollution can affect the nitrogen cycle is if there is too much trash in one area of a body of water, thus clogging the surface and not allowing algae to absorb the nitrogen. It could also clog the surface and not allow denitrifying bacteria in waterlogged soil to release the nitrogen back into the atmosphere.
No: Rusting occurs by the combination of ferrous metals with oxygen from air or water, and nitrogen can not form the same compounds as oxygen does.
No: Rusting occurs by the combination of ferrous metals with oxygen from air or water, and nitrogen can not form the same compounds as oxygen does.
Nitrogen, yes. Water, no. Water is a compound of the elements oxygen and hydrogen.
Nitrogen doesn't protect steel from water,
Wrong, nitrogen is less dense than water!
Wrong, nitrogen is less dense than water!
No; oxygen, nitrogen, and water are all separate elements.
nitrogen
No, water vapour is water. Nitrogen is around 72% of the air we breath but is not found in water, steam or vapour.
It depends on how much water, how hot it is, and how much liquid nitrogen there is. The water will initially cause the liquid nitrogen to boil; if there's enough water and it's hot enough, it may make the nitrogen boil explosively. However, if there's enough nitrogen, it will eventually freeze the water.
The atmosphere is mostly nitrogen. The atmosphere is above most of the water on Earth.
Yes, nitrogen exists in the biosphere because of plant fertilizers. It is present because of the nitrogen cycle in the atmosphere, biosphere and geosphere. Its presence nevertheless results from the combination of atmospheric fixation through lightning, biological nitrogen fixation through symbiotic relationships of nitrogen-fixing bacteria with host plants and industrial fixation at temperatures of 600 degrees Celsius (1112 degrees Fahrenheit).