NLT the next step 49 Goals of Space and Energy

This will be the last or second to last post till after the opera on NLT.  It is appropriate that all things that are crucial that happen should be done without a safety net.  How much of life really has a safety net.  We don't need to know where we'll end up to make decisions.  Too much perceived safety is misleading, because we all end up in the same place whether you accept the predestination mandated by mathematics (don't worry we'll get there) or not.
How you make decisions should be the subject of this preamble.  
This isn't about predestination, which also demands a lot of time, its own set of posts which are coming if you're patient.  Instead it is about how to make a tough long lasting decision with no certainty of the end result, how to balance what you need and what you need to do with what you want and what you want to do.  Many of our decisions are made for us, especially if we're busy.  The busier we are, the less freedom we have.
Being busy is something of a cop out.  A person bored out of their mind is the one who has the tough life, the one who has to decide every minute what they will do.  Perhaps they will write a blog entry taking an unsustainable position.
But perhaps this is getting too long and I have decided what to do for the next 11 days, so there is plenty of time to explain how to deal with what comes next.

PRE-EQUATION ANALYSIS: Goals of Space and Energy: Attaching specific equations to these combinations is critical to establishing any legitimacy.  A set of equations should be defined for time and the creation (or destruction) of linearity of the coordinates giving rise to dimension and force time characteristics.

          If forces can separate from space, energy and matter to some extent, they must be separate sets of equations; but if not; energy coordinates and those related to the existence of space-dimension qualities lie within the same mathematical framework, they are part of the same thing.  If Space or each dimension is a dimensional quality then forces associated with the creation of linearity of each dimension may be tied to those spatial elements and the movement of the forces can be tied to the coordinate changes of those same spatial elements. If true a photon takes its one and two dimensional elements with it. Gravity is seen to follow changes in dimensional characteristics. Energy in every form should follow similar consistency. The “high speed” we associate with these features are seen and accepted by relativity.

          Looking at the “most simple” of these equations, the creation of one dimensional space you have T'(d1)(F1)dt'dt'' where T' is a dimensional-force element which is defined by (d1) dimensional elements and (F1) force elements and wherein the dimensional elements have a common time dt' associated with both a dimensional element and a force element (element=set of coordinates in this example).  dt'' is another change in time associated with a different set of dimensional and force elements which arises sequentially.  For example; (Space and its force(s), mass and molecular forces and clock time).  This provides an explanation of what force requires dimension and what dimensional elements create or are created simultaneously with what forces.
Keep in mind the possibility exists that negative dimensional elements are the forces.
The expression of linearity in terms of sequences tied to both spatial, force, and clock coordinates (at least outside of black holes and other non-linear places) gives rise to space time as we perceive it; but should not be confused with independent space time as a fundamental framework for purposes of a mathematical analysis which is seductive, but inconsistent with close analysis of NLT.