Why sulphur is OCTA Atomic?

Why sulphur is OCTA Atomic?

Answer:- Atomic size of sulphur is bigger. It can not form π – bond together with s – bond between S and S atoms. To satisfied its valency, it forms S8 molecule in which all atoms of sulphur bonded with only σ– bond .

Which is OCTA atomic carbon or sulphur?

Sulphur is said to be octa-atomic (having 8-atom molecules).

Is phosphorus OCTA an atomic?

Phosphorus is polyatomic. Metals are considered as monatomic.

Why OF6 does not exist?

Oxygen and fluorine have almost the same electronegativity, so oxygen isn’t able to donate enough electron density to fluorine to form OF6. There isn’t enough room around an oxygen atom for six fluorine atoms.

What is sulphur used for?

The major derivative of sulphur is sulphuric acid (H2SO4), one of the most important elements used as an industrial raw material. Sulphur is also used in batteries, detergents, fungicides, manufacture of fertilizers, gun power, matches and fireworks.

Is Selenium is OCTA atomic molecule?

example of octa atomic is sulphur(S₈), selenium.

Is sulphur an OCTA atomic molecule?

Octa sulfur exists in cyclic structure. Sulfur exists as S8because of catenation. Catenation is the covalent bonding of elements to form a chain or ring. Elemental sulfur is used as a precursor to other chemicals.

Is ozone OCTA Atomic?

Atomicity: The number of atoms present in one molecule of an element is called its atomicity. The atomicity of hydrogen (H2), nitrogen (N2), oxygen (O2), and chlorine (Cl2) is 2, i.e., these molecules are diatomic, Ozone (O3) is triatomic, phosphorus (P4) is tetra-atomic, and sulphur (S6) is octa-atomic.

Which is tetra atomic element?

Phosphorus. Phosphorus is a tetra-atomic molecule.

Does OF6 exist?

Why is OF6 an unstable compound?

Not much electronegativity difference between O and F. The atomic size of Oxygen is not sufficient for it to hold 6 atoms.

What are 3 common uses of sulfur?

What are 3 common uses of sulfur? It is used for making car batteries, fertilizer, oil refining, water processing, and mineral extraction. Other applications for sulfur-based chemicals include rubber vulcanization, bleaching paper, and product making such as cement, detergents, pesticides.

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