N
_ OF S
S
n = S {1,2,3,4,5}
N
_ ∼ R^1
S
===================================
S → Structure
Wednesday, March 18, 2015
Tuesday, March 3, 2015
Constant, Structural, Variable Set
Structures are Interesting Things. Especially when we analyze the mathematical quantities, and direct behaviors. We can learn much by visual experiences- to analyze diverse values.
Look at a structure -- a piece, and first we must measure the geometry of the type of structure, as well as its weight. Then let say it is attached to another structure with a ring, then the ring corresponds to a mathematical variable, this produces the sensitive dependent changes in the system between each contant structural value.
The ring has a momentum and a spin in a circle rotation.
The other structures and what it is attached to corresponds as its momentum ober all behavior.
The calculations that have to be asserted -- from the base, which is the force and dposition applied, this corresponds to the structure, ring, and entire set of values, that are associated with it, as it starts here, then ends, where all values are calculated, this detmerines the concluded behavior.
Let n^1 = p + v X spin
___
Then concluded with the position of where it ends; at ....
Determines behavior.
Not too complicated. Very basic. The idea is to illustrate the structure, and that which is in between the structures that are constant, which determines much of the behavior. This can be illustrated in many ways.
Main principle-- chaos or sensitive dependence. When you have a constant structure, and multiple elements such as a ring; this dictates the entire foundation of behavior, as they must be considered greatly. The more there are in the structure, more cjhanges can occur.
This determines the concluded behavior of the set or system.
The notation isn't standard, just to illustrate the concept. Ironically body philosophy has taught me much of this, in principle. The idea is this
========
For each element of a set there is a constant -- this is measured on its geometrical structure, as well as weight.
With each element there is "additional element"
=======
this is the variable, a dynamic variable that has a shift, which can go in multiple directions, that corresponds to an effect, this can dictate the entire system.
The main idea is- where you have elements that can rotate, where it can greately effect the entire systems that results in the behavior of the whole.
Look at a structure -- a piece, and first we must measure the geometry of the type of structure, as well as its weight. Then let say it is attached to another structure with a ring, then the ring corresponds to a mathematical variable, this produces the sensitive dependent changes in the system between each contant structural value.
The ring has a momentum and a spin in a circle rotation.
The other structures and what it is attached to corresponds as its momentum ober all behavior.
The calculations that have to be asserted -- from the base, which is the force and dposition applied, this corresponds to the structure, ring, and entire set of values, that are associated with it, as it starts here, then ends, where all values are calculated, this detmerines the concluded behavior.
Let n^1 = p + v X spin
___
Then concluded with the position of where it ends; at ....
Determines behavior.
Not too complicated. Very basic. The idea is to illustrate the structure, and that which is in between the structures that are constant, which determines much of the behavior. This can be illustrated in many ways.
Main principle-- chaos or sensitive dependence. When you have a constant structure, and multiple elements such as a ring; this dictates the entire foundation of behavior, as they must be considered greatly. The more there are in the structure, more cjhanges can occur.
This determines the concluded behavior of the set or system.
The notation isn't standard, just to illustrate the concept. Ironically body philosophy has taught me much of this, in principle. The idea is this
========
For each element of a set there is a constant -- this is measured on its geometrical structure, as well as weight.
With each element there is "additional element"
=======
this is the variable, a dynamic variable that has a shift, which can go in multiple directions, that corresponds to an effect, this can dictate the entire system.
The main idea is- where you have elements that can rotate, where it can greately effect the entire systems that results in the behavior of the whole.
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