Zim Mathematics: Expression/Formulas - System, Sub System Mathematics

C(X) = + - / * ; Constant functionality for any X; or Cx, or C unit x
- Where X is some object(s) constructs. ie: X, X₁, Xy, (A,B,C), (A,B,C,...Z), 1, 0 , (1,0), (1+0).
- C here is some complete object System:
  Every(C)Any(C)Some(C)Non(C)
- "X" may be considered a sub function, sub system, or partial construct.
$(X) = + - / * ; Giving all $ functionality for any given x or construct x.
- Where X and "$" are some object(s) constructs. ie: X, X₁, Xy, (A,B,C), (A,B,C,...Z), 1, 0 , (1,0), (1+0).
E(X) = + - / * ; E is Energy, or MC²
- Where X and "E" are some constructs. ie: X, X₁, Xy, (A,B,C), (A,B,C,...Z), 1, 0 , (1,0), (1+0).
G(X) = + - / * ; G is a force or expression constant derived of object(s) expression, as a function of operations modeled as complete systems.
- Where X and "G" are some constructs. ie: X, X₁, Xy, (A,B,C), (A,B,C,...Z), 1, 0 , (1,0), (1+0).
- Fruit, Mass/Matter, Object(s) Generalizations,

"A", "$", "G", "E" as commonly utilized, are products of a partial operational system constructs. For example: "A" would be some partial expression of:
Every(A)Any(A)Some(A)Non(A) = + - / * ; such as Any + "A", or Every + Any + "A"

So Any + "A", Any + "$", Any + "G", Any + "E" ; from the above expressions, as a function of the set of basic operation modeled as complete systems. Would give a Constant "Object(s)" and Finite Functionality

1, 0 , (1,0), (1+0) as complete object systems; give full system functionality.

Existential Behavior of Common expressions listed/Not Listed Above, "A", "$", "G", "E"; as partial system constructs and expressed as a function of basic operations as complete systems, is constrained by the selection / omission of available system behavioral components Every(x), Any(x), Some(x), Non(x). The derivations of these constructs, "A", "$", "G", "E", etc, is further complicated by available system components and operations, & derived operations and their system components.

Utilization of all behavioral components in existential expressions (as with "C") as a function of basic operations modeled as complete systems would give a Constant functionality for any X, or X construct. X constructs could consist of any existential statement or functional statement(s).