Combining mass/gravitation, Energy or also Fruit components give a relationship to unique expressions in what I call 'Phi Time Relationships'. A mathematical expression showing this relationship is the following:
(C + C + C + C)Øt = NCt
Below are some additional examples of possible phi time relationships:
Also note: Quantitative and/or Qualitative values can be carefully selected for chosen system Math Statements,
Physics Statements or Existential Item(s)/Event(s); Giving suitable Mathematical results/values
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(Apple + Apple + Apple + Apple)Øt = 4Apple(s)
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(Apple + Pear + Orange + Grapes)Øt = NC
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(Apple + Pear - Orange + Grapes - Melon)Øt = NC
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((Apple + Pear) × (Orange + Grapes))Øt = NC
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Every(A)+Every(B)+Every(C) = NC ; An interesting Phi Time Relationship. What would be the time constant in this case??? This behavior has also been recorded in Literature in the past.
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Non(A) + Non(B) + Non(C) = NC; Gives interesting behavioral results. Which has been recorded in Publications in the past.
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Some(A) + Some(B) + Some(C) = NC; Looking and modeling the expressions, C, as System Sub Systems and by using the System/God Transformation and System Relational Transformation and the System components: Every(x), Any(x), Non(x), Some(x). The variety of Phi Time relationships can be further analyzed as the System components can be interchanged within a System.
- ((Apple + Apple) / (Apple + Apple))Øt
= NC
- 1 unit time + 1 unit time + 1 unit time = N*C
; C would
equal c or speed of light?
- Stupidity +...+ Stupidity + Stupidity = N *C ;
or in
other words C is a Stupidity Constant and does not
increase any kind of linearly, per experience. Proving
existence of a Stupidity Constant, Quantitatively and/or
Qualitatively.
- (Apple + Pear + Orange) = N * Fruit
or - (Apple + Pear + Orange) / Fruit = N
or - Fruit / (Apple + Pear + Orange ) = 1 / N ......(Modeled as
Systems - SubSystems w/ Time at strategic points gives
interesting results.)
- Qual A + Qual B +....+ Qual Z = N × Qual X
- QuanQual A + QuanQual B +...+ QuanQual Z = N × 26 × Qual
- Modeling Cosmological Networks in terms of Phi Time relationships of a variety of existential terms and item(s)/event(s) can give insight to Cosmological behavior.
- Exploring Unknown Dynamics :
x1 + x2 + x3 = N × x4