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What else can I help you with?
Does nitrogen exist as a diatomic?
yup. nitrogen gas-- N2
Is nitrogen a compressed gas?
Nitrogen can exist as a compressed gas when placed under pressure in a container. At room temperature and normal atmospheric pressure, nitrogen is a colorless and odorless gas.
What are the three elements that exist as a gas at room temperature and pressure?
Hydrogen, nitrogen, oxygen, fluorine, chlorine, and all the noble gases exist as a gas at standard temperature and pressure.
Is nitrogen used in everyday life?
ALL protein requires it to exist. (But as a gas, no.)
At what temperature does Nitrogen exist as a gas?
77.36 k, -195.79 °c, -320.3342 °f
Which gas exist in the highest concentration in the earths atmosphere?
Nitrogen is about 79% of the Earth's atmosphere.
Is nitrogen gas a mixture?
No, nitrogen gas (Nā) is not a mixture; it is a pure substance. It consists of diatomic molecules made up of two nitrogen atoms bonded together. While nitrogen can exist in various mixtures, such as in the atmosphere where it is combined with oxygen and other gases, the nitrogen gas itself is homogenous and uniform in composition.
What are all states of matter for nitrogen?
Above 126 K (-147 C) nitrogen is always a gas, whatever the pressure. At atmospheric pressure, nitrogen liquefies at 77 K (-196 C) and solidifies at 63 K (-210 C)
Which gas exist in the highest concentration in the earths present atmosphere?
Nitrogen is about 79% of the Earth's atmosphere.
Which element exist at 1.0 at and as a gas at room temperature?
Examples: nitrogen, oxygen, hydrogen, argon etc.
Does nitrogen exist on its own?
Nitrogen is a diatomic molecule, which means it exists as N2, with two nitrogen atoms bonded together. Nitrogen gas is the most common form of nitrogen found in the Earth's atmosphere.
Why is nitrogen a gas molecule?
Nitrogen is a gas molecule at room temperature because the bond strength between the two nitrogen atoms is relatively strong, leading to a stable diatomic molecule. This stability allows nitrogen to exist in a gaseous state under normal conditions.
