and allotropes?
Given the great reactivity of atomic nitrogen, it usually occurs as molecular N, "Dinitrogen"
Nitrogen
Given the great reactivity of atomic nitrogen, elemental nitrogen usually occurs as molecular N, dinitrogen
cause of joint pain in deep sea divers It is termed as "Decompression sickness”. It arises from underwater diving ascent. what are its different types? It was broadly classified in two categories. "Type I" for symptoms involving only the skin, musculoskeletal system, or lymphatic system, and "Type II" for symptoms where other organs, such as the central nervous system are effected. what results in it? It is caused by a reduction in ambient pressure that results in the formation of bubbles of inert gases within tissues of the body. is it caused by any particular gas? Yes a gas mixture of several such as nitrogen and helium to name a few. when was the second gas discovered? 1868 what are its industrial uses? One industrial application for it is leak detection. is it also used in healthcare field? Yes on humans and animals. what are the isotopes of the first gas? It has two stable isotopes: N and N.
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Nitrogen [SEP] Allotropes
Given the great reactivity of atomic nitrogen, elemental nitrogen usually occurs as molecular N, dinitrogen. This molecule is a colourless, odourless, and tasteless diamagnetic gas at standard conditions: it melts at −210 °C and boils at −196 °C. Dinitrogen is mostly unreactive at room temperature, but it will nevertheless react with lithium metal and some transition metal complexes. This is due to its bonding, which is unique among the diatomic elements at standard conditions in that it has an N≡N triple bond. Triple bonds have short bond lengths (in this case, 109.76 pm) and high dissociation energies (in this case, 945.41 kJ/mol), and are thus very strong, explaining dinitrogen's chemical inertness.