Sulfur is not a highly reactive element under ordinary condition.
The result is smog when sulfur and nitrogen mix with oxygen and react with sunlight.
Yes. Generally reactivity increases as you move to the right within a period of the Periodic Table of nonmetals. This of course does not include the inert gases in the last column.
we cant say the reactivity of H but reactivity of H can be ordered or compared with other elements. see the reactivity series
Sulfur oxides are the oxides of sulfur with oxygen in -2 oxidation state. There are two main oxides of sulfur. They are sulfur dioxide (SO2) and sulfur trioxide (SO3).
From the elements given, argon shows the least reactivity.
Sulfur is not a highly reactive element under ordinary condition.
Sulfur is not a highly reactive element under ordinary condition.
The result is smog when sulfur and nitrogen mix with oxygen and react with sunlight.
Sulfur is relatively unreactive with the constituents of the Earth's atmosphere and crust under normal conditions. (However, sulfur can react with many of these materials under favorable conditions.)
Donald M Azallion has written: 'Study of the heat of reaction of sulfur in the Parr sodium peroxide bomb calorimeter' -- subject(s): Sulfur, Reactivity
Ultimately free-electrons derived from - Sunlight, for photosynthetic organisms, and Sulfur for chemoautotrophs.
Yes. Generally reactivity increases as you move to the right within a period of the Periodic Table of nonmetals. This of course does not include the inert gases in the last column.
Ultimately free-electrons derived from - Sunlight, for photosynthetic organisms, and Sulfur for chemoautotrophs.
Sulfuric acid, originated from sulfur dioxide, atmospherically being oxidised by sunlight UV
golds reactivity is very low in the reactivity series ....
Is the reactivity of an alloy very different from the reactivity of its major component?"