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!
Yes, hydrogen and nitrogen can dissolve in water. Hydrogen is sparingly soluble in water, while nitrogen is relatively insoluble in water.
water
The solubility of N in water is nil. N is the symbol for nitrogen and this gas does not dissolve in water. However nitrogen as a compound will have different solubility levels.
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.
The breakdown of DNA and RNA results in nitrogen waste product called urea.
Nitrogen, yes. Water, no. Water is a compound of the elements oxygen and hydrogen.
When nitrogen dioxide reacts with water, it forms nitric acid and nitrogen monoxide.
No, water vapor is not nitrogen. Water vapor is the gaseous form of water, while nitrogen is a separate element that is found in the atmosphere as a gas. Water vapor is a result of the evaporation of liquid water, while nitrogen is a naturally occurring element in the air we breathe.
Wrong, nitrogen is less dense than water!
Wrong, nitrogen is less dense than water!
Because Iron and water have more forces keeping them together (iron its metalic structural bonds, water its the polar bonds and H-bonding) Nitrogen has barely anything holdhing two molecules together
The atmosphere is mostly nitrogen. The atmosphere is above most of the water on Earth.
Yes, hydrogen and nitrogen can dissolve in water. Hydrogen is sparingly soluble in water, while nitrogen is relatively insoluble in water.
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.
IR spectrometers are purged with dry nitrogen to minimize interference from atmospheric water vapor and carbon dioxide, which can affect the accuracy of the spectral measurements. Dry nitrogen helps create a stable and consistent environment for the sample analysis, ensuring reliable and reproducible results.