Atomic technology is an efficient way of creating power. The basic principle behind atomic energy is that atoms consist of electrons orbiting around a nucleus. By sending out protons from the nucleus, they can knock out an outer electron from an atom. This creates two positively charged particles called nuclei and electrons. These charges then travel away from each other at high speeds. Atomic technology is a way to ensure that changes occur only after a specific condition is met. For example, when two or more people try to change positions at the same time, the system won’t acknowledge the change. Let’s see below how atomic technology works.
An atom has its positive charge so it repels other atoms
When you push another person in your direction, he will want to get away from you. The closer he gets to you the less “charge” there is between them. However, if the distance between you increases, their distance must become longer as well. This means, that the closer to you one is, the weaker the force becomes.
Another thing about atoms is that it’s made up of subatomic particles
Subatomic particles have properties like mass and volume. And these particles have a certain amount of charge or “force”. So, we are talking about forces here (which is what Newtonian physics was based upon). What we’re saying is: that the closer to the atom you are, the stronger the force will be.
When two atoms come close together, their forces are attracted
This is where all the fun happens. If two or more atoms get close together, a force is created between them. This causes both of them to move toward each other. This is because the force is attracting (just like a magnet attracts iron filings).
After this, you need to wait for some time
For the changes to take place, you have to hold back on pushing until a very specific point. This point is known as the critical point. At this moment, the atoms will slowly start moving again.
You cannot apply too much force or pressure
If you try to do something too hard, you could damage your body due to the high level of force. Therefore, make sure not to overdo things!
All the atoms in our bodies interact with each other using the laws of electromagnetism
You might ask yourself why the laws of physics were given such names as gravity or electricity instead of this term: magnetic force. It is because these forces were discovered through experimentation and observation. Scientists also came across a phenomenon while investigating magnets. They found out that putting magnets next to each other caused some kind of invisible lines (I’ll show this later).
Why does the earth spin? Because of the law of conservation of angular momentum
The reason why the sun spins is the law of conservation of momentum. In physics, momentum is defined by mv which stands for mass times velocity. Angular momentum deals with rotations. Remember how I said that the poles always face each other? That is because the north pole always faces towards the south pole. Since the masses are equal, angular momentum will remain constant. However, the Earth has a smaller radius than the sun so it turns slower.
How does nuclear fusion work? Nuclear fission
Nuclear fusion occurs when hydrogen atoms combine into a single helium nucleus and releases energy. Fusion is a big part of the Sun; the only way to explain everything is through the concept of “particles”. These tiny little particles have a positive charge and they attract each other using electromagnetic forces. Thus, changing into different states and interactions with matter.
In conclusion, there exists one fundamental law governing all-natural processes – they must obey the First Law of Thermodynamics. Differential Equations describe how thermodynamic quantities change concerning another variable.