What is CH3Cl

Why is there a dipole in CH2Cl2 and CH3CL? - Enlightenment

Many students come into contact with the word dipole in chemistry class and wonder what is hidden behind it. Especially schoolchildren and students who want to pursue a career in chemistry are very important to deal with the term dipole.

The answer to this question is basically very easy to answer. With CH2CL2 one speaks of two mirror planes. Thus from a dipole.

With CH3CL one speaks of three mirror planes. These do not intersect at any point, but on a straight line. Thus the existence of a dipole is also given here.

What are dipoles?

Dipoles, also called molecules, belong to the polar compounds. With these molecules there is no cancellation of the negative or positive emphases.
The prerequisite is that the molecules have different negativity. The molecules must have an electrical neutrality towards the outside. An asymmetric density of electrons can also be present within the molecules.

A dipole is something that has two separate poles. These poles can be magnetic or have an electrical charge.

What is electronegativity?

Electronegativity is particularly important in chemistry. When an atom attracts the pair of binding electrons with a certain force, it is called electronegativity.
For example, in the tug of war. The two sides each represent an atom that belongs together. The rope stands for the binding electron pair. During a tug of war, the sides pull differently. One speaks of a high and a low electronegativity.

Can you find out whether an element has high or low electronegativity? Yes, because each individual element is assigned a degree of electronegativity. This can be seen in tables or other overviews.
These numbers can also be seen in the periodic table. Numbers are given under the respective element.