Question

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explain the geometry of Methane molecule with the help of hybridization and bond angle.​

Answer 1

Answer:

tetrahedral geometry

Explanation:

sp3 hybridisation

bond angle 109°

Answer 2

answer:

Formation of methane molecule:

Formation of methane molecule:Hybridisation is a phenomenon in the chemical binding where the different shells or sub-shells of an atom getting hybridized comes to a common energy level, which is lower than all the participating shells, and the compound is formed.

Formation of methane molecule:Hybridisation is a phenomenon in the chemical binding where the different shells or sub-shells of an atom getting hybridized comes to a common energy level, which is lower than all the participating shells, and the compound is formed.Methane is a compound of Carbon and Hydrogen. Here, Carbon shows a valency of 4. All four bonds of carbon have  hybridisation. This means carbon bonding have participation from 1 S shell and 3 P shell, which combine to give 4 hybrids. This hybridisation is so stable, that methane is formed

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