Brett's chemistry.

[Brett Nortje]

In high school this is the hardest thing you can do besides maths. it is about how things mix and their make up due to chemicals, of course.With chemistry, you put things together like medicine, food, oil and other mainly liquid things, but, there are a lot of sub divisions besides that including metals and polymers or plastics. there is also a huge periodic table to learn with all the known chemicals of our earth.

So, what makes chemistry fun? it is admittedly one of the best things to know, as you could work in a hospital or laboratory or even a pharmacy too. if you were to want to make metals too, then you could mix various physical stuff to make your new metals, but, you will also need a bunsen burner and other equipment for some of these things.

It all starts with acidity in high school, a typical introduction to how chemicals react with each other, as, sometimes they are stable, and, sometimes they are nourishing and sometimes they eat away at stuff, by bringing the materials 'stuff' to bod with the mixture.

[resister]

Chemistry is really fun when you blow stuff up!Attachment 18874

[donttread]

In high school this is the hardest thing you can do besides maths. it is about how things mix and their make up due to chemicals, of course.With chemistry, you put things together like medicine, food, oil and other mainly liquid things, but, there are a lot of sub divisions besides that including metals and polymers or plastics. there is also a huge periodic table to learn with all the known chemicals of our earth.

So, what makes chemistry fun? it is admittedly one of the best things to know, as you could work in a hospital or laboratory or even a pharmacy too. if you were to want to make metals too, then you could mix various physical stuff to make your new metals, but, you will also need a bunsen burner and other equipment for some of these things.

It all starts with acidity in high school, a typical introduction to how chemicals react with each other, as, sometimes they are stable, and, sometimes they are nourishing and sometimes they eat away at stuff, by bringing the materials 'stuff' to bod with the mixture.

Plus some of those reactions are pretty cool to watch, like metal that reacts violently with water. Even more fun if the teacher assidently on purpose used "just a bit too much". LOL

[DGUtley]

In high school this is the hardest thing you can do besides maths. it is about how things mix and their make up due to chemicals, of course.With chemistry, you put things together like medicine, food, oil and other mainly liquid things, but, there are a lot of sub divisions besides that including metals and polymers or plastics. there is also a huge periodic table to learn with all the known chemicals of our earth.

So, what makes chemistry fun? it is admittedly one of the best things to know, as you could work in a hospital or laboratory or even a pharmacy too. if you were to want to make metals too, then you could mix various physical stuff to make your new metals, but, you will also need a bunsen burner and other equipment for some of these things.

It all starts with acidity in high school, a typical introduction to how chemicals react with each other, as, sometimes they are stable, and, sometimes they are nourishing and sometimes they eat away at stuff, by bringing the materials 'stuff' to bod with the mixture.

My two chemistry nerd daughters. One is a pharmacist. The other is in pharmacy school. Hang in there and work hard.

[Brett Nortje]

Chemical reactions are where the event of the chemicals meeting triggers 'bonding.' this is where hey try to occupy the same space, or, 'mix' to absorb each other into each other's space, as, with all life too, the elements want to reproduce and 'dominate the world.' this is because of what we call in nature "alpha male syndrome," where the, for example, grass will try to cover as much as it can. this is because the grass has a limited life span, and, 'is dying before it hatches.' this means it merely is dissolving straight away, into the essence of the world around it, as if it was spilled milk, of course.

So, we could say matter collects, it finds stability while separated from other things, then slowly starts to get sieved out while it looks for others like it to bond to, as it is 'homosexual,' in a way, looking for homeostasis, of course. this is like a child on a play ground looking for others their age, of their class and of course of their sex, yes?

Now, with metals, it is harder. these do not mix so easily, as they are bonded very strongly. of course, as time passes, they will be mixing with other things like rain, for example, where they will dissolve slowly. the main way to mix anything is to get it to the right temperature to help bonding, and, then they bond with other things, like a hail stone melting in the morning, yes?

[Brett Nortje]

The manner of a chemical reaction in science terms though, or, my science terms, is that it needs to have an equal amount of electrons on each side of it. this means that each little speck of the substance needs to have the same amount of electrons in each of it's little parts, and will continue to mix until it does. this means that if you mix water and sand, it will continue to mix until it dries up, dissolving the water, or it turns to proper mud or sinking sand or something, okay?

Now, if you were to try to knock two poles of metal together, they will not mix. this is because they are too dense, as, the electrons are packed too closely together. this is like a sphere of ozone - if it is too dense, it will be harder to penetrate and harder for space ships to get beyond, of course. this means that it is also easier to swing your arm around on a summer's day than a winter's day, as the density from the cold will hinder you, of course.

So, if you were to observe that heat makes it easier to penetrate, then you will understand that the hotter solid mass it, it melts, making it easier to penetrate. then, it turns to gas, and is very easy to penetrate, of course.

[Brett Nortje]

Okay, so now we know why things dissolve, lets see if we can learn how they 'collect?' like we learned, the atoms are brought together by 'polarization,' where a certain type of density attracts another.

~ If you were to pour water onto two slides, they would collect in the middle. this means gravity plays a role in this, yes? then, if you slid two metal poles down a slide, they would not mix at the bottom and they would not really draw each other nearer except if gravity helps... what is up with that?

So, first of all,t he metals do not attract each other as they are too closely packed to give off a magnetic edge, if you were to charge them with electricity, an electron imbalance, you would have a drawing point, of course. if not, they will be like a man and woman at a dance that do not dance - the male is not 'big' enough, as he is bigger, as, all things are different size, but not big enough, to attract 'the woman pole.' this is because the energy between them is not manifest enough - they are both not having enough space in their density for electrons to move them, okay? they are all tied up.

Then, how do we get metals to form? metals form because they have more aggressive neutrons or neutrinos, i forget which, and these drag protons towards them, and these protons 'close the doors around them with electrons.' so, it is like a rugby scrum, the props are the neutrons, the locks are the protons, and then come in the others as electrons sealing the deal. the only way in is to relax the electrons with heat, as we found, to make it easier for them to "bond," of course.

Then, the neutron is aggressive, to draw these protons, by a discharge f some sort, as it also uses negative energy. this negative energy draws one protons, forming an atom along with the electron. there, we have a basic atom, in this case, hydrogen! yes we have hydrogen!

As the neutron gets 'forced together with other things' it gets denser under the earth and forms metals. they also get dense when they form trees, with the genes of the tree forming the bark with instructions to condense there on the outside. this is done by spawning semi aggressive hydrogen atoms, apparently? or, it could be down to having aggressive carbon atoms, as, the basis for all matter is on carbon, i like to think.

[Brett Nortje]

So, if we were to observe that metals do not bond because they are not hot enough, thereby not exciting the electrons enough to move around, as they are basically too densely packed to circulate, we could compare this to a ruck in rugby where everybody is on top of each other, yes?

Now, this bark story, if we were to observe biomass works differently to dead mass, as it is more sensitive and reacts more quickly with other things, through a 'choice' it has, it is basically more conscious mass, of course. if it were to be told to 'layer the skin on' there, it would simply put dead skin on the outside of the young skin, holding to it this dead skin for protection. i would say the dead skin is more dense, like a metal rather than a gas, and, therefore gets hard. of course, if there was any doubt to why it holds, it is simply still fighting for less food as is capable of, and, dying like a cancer tumor.

[Brett Nortje]

Let's observe 'the collecting' more? this is where similar atoms come together to form collections of the same substance or matter. this would also be where the same mater is found to attract the same 'density' things, why though?

~ When i refer to density, it is because it is denser because of the amount of electrons, because of the amount of protons, okay? this means it harder, so, the higher up you go on the periodic table, the softer it is.

Collecting the same type of stuff together is due to it wanting not to be dissolved - it strives for survival. as soon as it is not collecting, it is dissolving, meaning, it is breaking down. this might be due to the electrons trying to bond with anything out there, like lightning shoots to the earth, the electrons forming the bonds for the materials will begin to dissolve, of course. this means it is like safety in numbers in the wild.

~ I think you see how all 'nature' reacts the same, in the end, yes? remember chemistry is a study of the natural world of course.

[Brett Nortje]

Ionization is about getting gases to 'mix.' this would form a "cation" which has a net positive charge, a a anion that has a net negative charge. coming from the same gases, these result in basic bonds at 'a energy level.' if we were to observe that opposite charges attract, we could conclude that they could solidify and form acidic things, because, the levels of each are equal, as, the same gases form balanced new gases and materials, leading to a draw factor, where, the electrons 'have holes in them.'

~ This would be like inserting a ball into a 'rugby ruck.' if you were to lose a player on each side, being 'home and away,' they would allow for more space, due to less density, and, then the play of the game will be smoother. of course, if you were to observe that the more space there is, the more other teams can come in, player wise, then there is room to see that the materials will be 'acidic.' this means they will absorb the less dense materials of other things, like 'fewer players on the other side of the game.'

So, a cation is positively charged, and an anion is negatively charged. this means that they have lost electrons due to scrapes of energy, maybe there is a relay outside somewhere where they have been drawn to? i know the mass of a wave every ocean swell could leave a lot of damaged sand out there, or even condense water. i know a lot of flint scrapings could lead to fire, where the missing part is sought for the fire to satisfy itself to the conclusion of it's burning, or, run out of fuel.