The air (on ground level, not in a traffic jam!) is composed of ~80% N2, ~20% O2, 0-6% H2O (vary a lot), 0.03% CO2, 1% argon and then traces of other elements. The most abundant element is thus nitrogen N.
The most abundant elements in the air are: * Nitrogen 78% * Oxygen 21% * Argon
nitrogen: 78,08 %
oxygen: 20,95 %
argon: 0,93 %
Nitrogen at 78.08% of the Earth's atmosphere.
Nitrogen is the most abundant element in the atmosphere.
Nitrogen, Oxygen
hydrogen
Nitrogen.
Nitrogen.
Nitrogen
it'S GALLIUM... CHECK REFERENCE TABLE S ..
it s an element
An element S_P_U could be SULPHUR (S)
The element with the greatest electronegativity in this scenario would be Cl or Chlorine.
in the periodic table s block element except be and mg are highly reactive element . the reactivity increase from top to bottom and the element of lithium famil is more reactive than the the the beryllium family. cs is more reactive in s block element . they are most powerful reducing agent /
Nitrogen makes up 79% of the earth''s atmosphere. Nitrogen is in Group 5A.
oxygen and carbon
no.
Iron is the sixth most abundant element in the Universe, and the most common refractory element. Iron is consequently the most abundant element on Earth, but only the fourth most abundant element in the Earth's crust.hardness of 20-30 Brinell and due to high availability its cost is lower than other metal. its corrosion resistance is more but we can increases it s by adding carbon 0.2% to 2%.( the mixture of iron+carbon=steel). hope it will help you.
S stand for Sulphur in the periodic table.It has atomic number 16.It is an abundant multivalent element.
it'S GALLIUM... CHECK REFERENCE TABLE S ..
Sulfur is an element.Sulfur is an element, represented as S on the periodic table.
The two most abundant elements are carbon and hydrogen. The 6 most common, in order of abundance are C, H, N, O, P and S.
No. The most common isotope(s) of an element are often stable.
it s an element
it s an element
I'd say the most important gasses in the Earth's atmosphere are oxygen and water vapour.