Fractional Dollar

Minus eight over sixteen. And then I like to do the whole number part separately and the fractional part separately.

There shall be no fractional votes.

So the way I like to do these is the kind of separate out the whole number part of the mixed numbers from the fractional part.

For, as based on the fractional reserve practice, that ten billion dollar deposit instantly becomes part of the bank's reserves.

You could view it to a fractional power.

This phenomenon is called the fractional quantum Hall effect.

But remember, they have a fractional reserve banking system.

This happens whenever you have a fractional reserve system.

We might not like having a fractional exponent here.

Not that negative, it's like a fractional negative slope.

The fractional reserve system of monetary expansion is inherently inflationary.

The intricacies of scale that come out of that you know, in the example of the nose to the face, there's a fractional part to whole idea.

It then precedes to describe this fractional reserve process through various banking terminology.

Indeed, the entire over indebted fractional reserve banking subsystem might have to be liquidated.

Now I'm going to mix it up real good and do some negative fractional exponents.

So, now that we understand how money is created by this fractional reserve banking system.

Now, the last thing I want to define is the notion of a fractional exponent.

Or another way you could view it, is you could view it to a fractional power.

And through this fractional reserve system, any one deposit can create 9 times its original value.

But we just wouldn't call this a polynomial because it has a negative and a fractional exponent in it.

Liquid oxygen is obtained from the oxygen found naturally in air by fractional distillation in a cryogenic air separation plant.

The purpose of this booklet is to describe the basic process of money creation in a 'fractional reserve' banking system.

This is particularly enraging when you realize, that not only is such a default inevitable due to the fractional reserve practice.

So if I have something to a fractional power so let's say I have a to the 1 over b power.

This is all a byproduct of the fractional reserve system, which was essentially what I showed you in the last two videos.

And where did it get this money? You guessed it it made it out of thin air through the fractional reserve banking system.

As explained earlier, the fractional reserve policy is a form of slavery through debt, where it is literally impossible for society to be free.

In turn the fractional reserve based monetary system is reaching it's theoretical limits of expansion and the banking failures you are seeing are just the beginning.

The other simplification if you don't want to have these fractional exponents out here, you could write it as I'll do this in a different color.

So I just used eight and twenty seven and sixty four because when I raised them to the fractional exponents, they actually come out to be clean numbers.

First of all, almost from the get go when we did this, the whole purpose of having this flexible money supply is so you can grow and contract money with the needs of the economy and we would, for the most part, have notes outstanding because this was a fractional reserve system.

I even knew at a seven year old age that I could actually get a fractional percent of a cent, and people would pay that because it multiplied up.

You're taking the product of two things that are raised to the same power, that's the same thing as taking their product and then raising them to that fractional power.

In the real world, anyons form from the excitations in an electron gas in a very strong magnetic field, and carry fractional units of magnetic flux in a particle like manner.

The fractional reserve policy, perpetrated by the Federal Reserve which has spread in practice to the great majority of banks in the world, is, in fact, a system of modern slavery.

It's a little daunting when you see a negative exponent, but immediately when you see that negative, just flip the sixteen and then work it out like a regular fractional exponent problem.

And we know from basic exponent properties, because that's really what're doing here, this taking the square root of something is really the same thing as taking it to a fractional exponent.

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These are the squamous part, the orbital part, and the nasal part.

So Medicare, in its main pieces Medicare, we call Part A, Part B, Part C so Part A and Part B, let's start there.

Furniture is part antique, part US Army.

It's going to be part school, part museum hall, part conservatory, part zoo, and part of an answer to the problem of how you interest kids in science.

It's going to be part school, part museum hall, part conservatory, part zoo, and part of an answer to the problem of how you interest kids in science.