What Is the Electric Constant and Why Should You Care?

It’s fun Think about basic physical constant. These are the special values used in the models of the physical universe. These include things like the speed of light, gravitational constant and plank constant, and these are “basic” in the sense that we cannot achieve them theoretically, we can only measure them.

We always use them to solve the problem of physics, so they are easy to dignity. But why Is There is such a national number in nature and why do they only keep those specific values? Because, listen, if they are just a bit different, the universe may be unable to support life. Did some cosmic clokkar set these parameters? Isaac Newton thought so.

A basic in these numbers is the electric constant, WhoThe This is a value that allows us to calculate the forces between our electrical charges. This is a big thing when you consider that all the topics are made by only three things – made by electrons, neutrons and protons, with two electrical charges. The interaction between the electrons is that the molecules are made to make you and everything around you. Otherwise it will all be separated all things.

But how do we know the value of the electric constant? Also, what is the relationship with other basic constant? And in this regard, what is it Truly Basic? Let’s investigate.

Culomb’s law and constant

When we say that there is an electrical charge of anything, we mean it has a different proton and electrons. If the dryer of your cloth removes some electrons from your socks, they are positively charged. If they acquire electrons, they will be charged negatively. (Note: You can’t remove protons, as they are in the nucleus of the atom it will involve a nuclear reaction that no one wants)))

If you have two objects with the opposite charge they attract. If they have the same charge they are left behind. Here is a demo you can do: Take a piece of clean tape and put it on a smooth table. Then place a second piece on top of that one and drag them together. Now, if you separate them, there will be a positive and a negative; Hold them close and they will lean towards each other.

If you repeat the process you will have two positive and two negative tapes. Hold two with similar charges close to each other and you will see that they withdraw such as in the picture below: