Order of Everything

That's the thing about orbits though. Remember our small chat we had about the solar system and how the great big planets are all made up of much smaller stuff that had weight and therefore mass. It's also what keeps orbits from flying apart. Mass produces force, or gravity if you will. It's almost like a situation where it is so serious or heavy that nothing else will do but a straight face. In fact, producing anything else, is well-nigh impossible. That's the going theory of it anyway. They called it the Law of Gravity, first discovered by one by the name of Sir Isaac Newton. Now it basically says that nothing else is certain save for an object to fall to the ground. It's been said he was sitting not too far from an apple tree when it happened. One fell down and plunked him on the head. It left him with a rather unpleasant experience to remember it by, and all the rest of us too.

Then again, one of his fellow countrymen, William Tell, took the apple and put it on his friend's head. He was rather a famed archer of that time you see. Well, he took the arrow, fitted it to the bow, and raised it up to his shoulder to fire away. The only problem with that is the arrow hit the apple with such force, it knocked it off his friend's head causing it to split apart where it then flew a short way before also hitting the ground. Now, if the law of gravity was absolute, the apple ought not to have flown at all. What you're left with is a situation where gravity becomes reduced to something like a fraction and varies everywhere. I think though it has more to do with the mass of the earth. You know, when you have something that big with a rather heavy person walking around on it, you're bound to feel the force of attraction almost impossible to resist. Some of us that work out or lift weights on a regular basis will find it a lot easier than say someone that doesn't. That's why you'll see the elderly falling so much because of the lack of strength in the muscles.

As a general rule, not everyone is as active as they should be at that age, so their muscles are much weaker. The very young child also has a problem with this fact, especially when first learning to crawl. If the force of gravity were the same across the world for everyone, as the law of Newton says, then all of us would have equal difficulty getting up in the morning regardless of age. Next, think of the young man in the prime of life. He's well-built, toned, in shape, and even well-trained. Some of these run very fast across the earth. That's because the body of mass has added strength on to it. Then again, in the case of the apple experiment, the arrow shows the effect that force has on an object with mass. Thus, the issue of gravity isn't as serious as one might think. In fact, it has more to do with the littlest building blocks of life, the atoms and what is found inside. That's what it's called, right.

In the body it would be a cell but in everything else, it's an atom. The atom is the basis of everything from trees to grass and even the earth. Wait a minute. That's not entirely true. The cell is found in everything alive. If it eats and breathes, technically it's alive. This is why things like plants and trees are a bit harder to pass through. Other materials though that are made up of atoms, neither eat nor breathe. It's like the cell as you'll see sometime soon. Cells belong to living beings like animals, plants, and trees. Cells too have ways of getting nutrition in and also air. Then, they carry the nutrients back out again to somewhere else that needs them more. Atoms on the other hand do none of the above. They mainly share for other reasons like laws of attraction.

Now, if you thought the atom was really, really small, you should try seeing what lies beyond. Inside it are protons, neutrons, and electrons, each with a different charge. Charges basically refer to the positivity or negativity of something. It's like a battery of sorts, nature's own way of being a conductor to the tune of chaos being organized. You know how batteries have a positive and negative end that carry the charge. The charge is just a fancy way of saying electrical current. That's why you could cut the electrical wires out of everything on earth and replace it solely with battery power. It wouldn't be as efficient you know, and likely would cost a whole lot more. Regardless though, you could do it if you realkly wished. I'm just not too sure of how well advised financially you are. Just think of the cost of batteries found in the store versus the power gotten from the electric grid. That's because the storage of power costs much more time and energy than the generation or transference thereof.

Storing power requires separation of it into positive and negative ends and the bottling up of it thereof. For this, you would need a very large atom splitter like the Hadron collider or a very simple live wire with a containment device found in the middle. It's almost the same principle as your car battery is it not, only just a bit different. The car battery has positive and negative ends to allow for grounding to occur. From there, the power goes into charging the receptacle and making sure it doesn't get shorted out. Once again, your smaller batteries just aren't quite the same in areas of size for instance and also scale. Otherwise, the basic elements that make up the atom behave in much the same way. It's almost like a polar opposite if you will to be found on the other side of the earth. You know the old saying, opposites attract. That's why the nucleus of the atom is made up of both positive and negatively charged particles known as protons and neutrons.

In fact, the name about says it all. The protons carry a positive charge and the neutrons a neutral. Thus, these stick together tightly having nothing else to keep them apart. Then come the electrons which go in their outer orbits. There's three of the orbits referred to as levels, each having more space and power contained therein. The electrons though don't really like each other. That's because these are negatively charged, meaning they repel each other. The only reason they are found in such numbers and kept in orbit is due to their strong nuclear attraction. Without this strong repulsion and attraction, everything would collapse in on itself creating in essence a black hole. Black holes are those things without form and void where not even light is. Technically, there's nothing in them either, although they do occupy space. It's what happens when all of a star's light is gone. Thus, if the apple in William Tell's experiment hadn't been made of cells but rather atoms, the force of the arrow would have been enough to send the apple into an orbit of its own, temporarily rearranging the otherwise stable bonds between molecules.

In that day shall there be upon the bells of the horses, HOLINESS UNTO THE LORD; and the pots in the LORD's house shall be like the bowls before the altar.

21 Yea, every pot in Jerusalem and in Judah shall be holiness unto the LORD of hosts: and all they that sacrifice shall come and take of them, and seethe therein: and in that day there shall be no more the Canaanite in the house of the LORD of hosts.

Zechariah 14:20-21