How does binary translate to hardware?

Question

I understand how the code is compiled to assembly, and that assembly is a 1:1 replacement with binary codes. Can somebody help me understand how binary is conne

Answer 1

When we look at Binary or a programming language we are looking at symbols and words that a human can understand which describe essentially the electrical activity of an electronic system. Ultimately, speed of energy, amount of energy, loss of energy, creation of heat and light, and the CHANGE that the substance which the energy is flowing through undergoes as a result of being energized as well as how that effects the activity of the energy as it flows is understood by a human and manipulated or harnessed with a piece of electronics. One factor in understanding the complex system which is a computer or other device, is knowing what the electricity that's flowing inside of it is doing. To know this we have described one of the electricity's behaviors using the numbers 1 and 0. You must know what a physical element is doing and be able to give a standard description of that in order to keep track of what happens as you change the factors that you think contribute to the control of the element/Substance/Subatomic Particle, the numbers help you to rationalize what happening with particles that you are otherwise unable to see.

So Binary is a visual representation which uses numbers to describe the activity of electricity in piece of hardware. Either their is a flow of charge or their is no flow of charge. The charge is converted to D/C from AC and the activity of the charged particles is stabilized by the clock, the speed of the energy flowing through the circuit, the resistance (which results in a loss of energy and the creation of heat, and the amount of time before a piece of a circuit is de-energized all comes together allowing us to understand and use our understanding of these phenomenon to come up with a unit of measure to standardize the amount of energy flowing per a unit of time. Which further assists us as we try to harness the energy. The rest of the computers components are like a really advanced system of Transistors, capacitors, and resistors that manipulate the charge that flows to and through those components, the components trap the charge temporarily or slow it down until the component reaches a certain energy level and then an arc flash occurs causing the stored energy to energize another component or area of the system with a specific (highly controlled) amount of energy. each digit of binary is a representation of a bit, a bit is an explanation of electrical behavior in a certain electrical component(known from here forward as signal), a byte is 8 pieces of electrical signal. It is generally agreed that you need at least 8 bits of electrical signal in order for the computer to make orderly and practical use of the electricity flowing into it.

In other words electricity is just reduced and energy stabilized in its behavior and then split up and directed through a series of components which need electricity to operate and then the newly energized components do a thing that a human desires for it to do.