Reply ASAP: Why do electrons affect the structure of a molecule?

A. Bonding pairs are positively charged and lone pairs are negatively charged and they push each other into certain shapes.

B. They do not.

C. The electron clouds are negatively charged and repel each other as far apart as possible.

D. Bonding pairs are negatively charged and lone pairs are positively charged and they push each other into certain shapes.

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Answer:

C. The electron clouds are negatively charged and repel each other as far apart as possible

Explanation:

This is the basis of VSEPR theory.

The angles between the electron clouds determine the shapes of the molecules.

B. and D. are wrong. All electron pairs are negatively charged.

The electrons affect the structure of a molecule because the bonding pairs are positively charged and lone pairs are negatively charged and they push each other into certain shapes.

What is the shape of an atom?

Every atom or molecule consist some kind of geometry or shapes like linier, tetrahedral, square planner, octahedral etc. with some bond length and angles present with them.

The bond pairs in a geometry is made up with positive charge and lone pairs present on the atom in the form of negative charge as they both are opposite in nature and repel or push each other in opposite direction.

Due to this phenomena the structure of the atom gets effected and geometry will change on the basis of lone pair and bond pair repulsion.

Therefore, electrons affect the structure of a molecule because the bonding pairs are positively charged and lone pairs are negatively charged and they push each other into certain shapes.

Learn more about the shape of an atom, here :

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