What is an electric constant and why should you take care?
It’s fun Think about basic physical fixes. These are the special values that are used in our models of the physical world. They include things like light speed, gravitational and constant Planck, and they are “basic” in the sense that we cannot extract them theoretically, we can only measure them.
We always use these to solve physics problems, so they can be easily considered. But why Are There are such numbers in nature, and why do they only happen to have these specific values? Because, listen, if they were just a little different, the world may be incapable of supporting life. Have some cosmic watches set up these parameters? Isaac Newton thought so.
One of the most basic of these is the electrical fixed numbers, kHuman beings are the value that allows us to calculate the forces between electrical costs. It is a big issue to consider that all materials are made of only three things – electrons, neutrons and protons, two of which have an electric charge. The interaction between electrons is what creates molecules to create you and everything around you. Otherwise, not all of this soup will be distinguished.
But how can we know the constant amount of electric? Also, what does it have to do with other basic constants? And for that subject, is it Really Basic? Let’s research
The law of columa and fixed
When we say something has an electric charge, we mean to have a different number of protons and electrons. If your clothing dryer removes some of the electrons from your socks, they will be charged positively. If they get the electron, they will be charged negatively. (Note: You can’t get rid of protons because they are in the nucleus of the atom. It includes a nuclear reaction that no one wants.)
If you have two objects of conflicting charges, they attract them. If they have the same cost, they will be repelled. Here’s a display version that you can do yourself: Take a piece of transparent tape and place it on a flat table. Then place a second piece on top of it and pull them together. Now, if you separate them, one will be positive and the other will be negative. Keep them in the vicinity and they bend toward each other.
If you repeat the process, you will have two positive and two negative strips. Keep two cases with similar charges near each other, and you will see that they are repelled like the picture below:
