No; the given statement is false. The natural atmosphere is largely a homogeneous mixture of oxygen and nitrogen gases, and it has very different chemical properties form any of the compounds formed from nitrogen and oxygen. Distinct such compounds with formulas N2O, NO, NO2, and N2O5 are known and are all chemically different from one another as well as from a homogeneous mixture of oxygen and nitrogen gases.
Aluminum and Nitrogen create a compound named aluminum nitride, its Chemical formula is AlN
No. Nitrogen dioxide is a compound of nitrogen an oxygen, meaning that the two elements are chemical bonded together to form a different chemical with its own unique set of properties. In a mixture the nitrogen and oxygen would not be bonded to each other and would retain their individual properties.
It is NaO2
The chemical formula of nitrogen triiodide is NI3.
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Nothing "happens." It's a compound that contains nitrogen. There are a great many of them, with a wide variety of chemical and physical properties.
what are the chemical properties of nitrogen
Nitrogen (N) is a chemical element.
Ammonia is compound because it is made of a nitrogen atom bound to three hydrogen atoms. In this form, it has different physical and chemical properties than either nitrogen or hydrogen.
A Nitrogenous (nitrogen-containing) base is a nitrogen-containing molecule having the chemical properties of a base.It is an organic compound that owes its property as abase to the lone pair of electrons of a nitrogen atom.
Carbon dioxide is chemical compound. Oxygen and nitrogen are chemical elements.
It is a chemical compound.
Nitrogen tetraoxide is a chemical compound.
Yes, all elements have chemical properties.
Aluminum and Nitrogen create a compound named aluminum nitride, its Chemical formula is AlN
No. Nitrogen dioxide is a compound of nitrogen an oxygen, meaning that the two elements are chemical bonded together to form a different chemical with its own unique set of properties. In a mixture the nitrogen and oxygen would not be bonded to each other and would retain their individual properties.
It is NaO2