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The more reactive substance is known as a catalyst.
Usually the term "inert" is applied to gas constituents of air which are not highly reactive, such as nitrogen or argon, and other gases, if considered separate from the oxygen we need for respiration and important to our body's gas exchange. Since the highly reactive oxygen is only about 21% of the air we breathe, the inert components make up the bulk of the remainder: nitrogen being about 78%, about 1% argon (as a noble gas, also highly unreactive), and much smaller amounts of carbon dioxide and other gases such as helium, methane, krypton, neon, and molecular hydrogen.
Another term for fingerprint is 'dactylogram'.
Cloraplast is another term for cloraphyll because cloraplast is in cloraphyll.
another term for tree expert is an arborist
The highly reactive non-metals are in the halogen group. They just need one more electron to fill the octet. Therefore they are highly reactive. For example fluorine and chlorine. And the highly reactive metals are placed in the first group (alkali metals). For example Sodium and potassium.
Up until "with oxygen" you were doing so well, though it should be emphasized that while halogens are quite reactive generally, halons are pretty inert. Halons which reach the upper atmosphere could break down under ultraviolet light, releasing halogen radicals, for which "highly reactive" is far too mild a term. However, they don't really do much with diatomic oxygen (though they do catalyze the decomposition of ozone into diatomic oxygen).
P.E.A.R.L. (Pupils Equal And Reactive to Light)
The more reactive substance is known as a catalyst.
Reactive Airway disease is a euphemistic term for asthma. reactive airway disease is kind of like asthma but their are some huge differences such as treatments
PERRLA
Usually the term "inert" is applied to gas constituents of air which are not highly reactive, such as nitrogen or argon, and other gases, if considered separate from the oxygen we need for respiration and important to our body's gas exchange. Since the highly reactive oxygen is only about 21% of the air we breathe, the inert components make up the bulk of the remainder: nitrogen being about 78%, about 1% argon (as a noble gas, also highly unreactive), and much smaller amounts of carbon dioxide and other gases such as helium, methane, krypton, neon, and molecular hydrogen.
bases
halogens
explain what is meant by the term 'highly geared' in financial management
Horse racing
NASCENT hydrogen