31 to 36 of 200+ By the 36th notation the universe weighs 3297.4238 pounds (1495.6 kg)! |
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31 | 32 | 33 | ←Steps→ | 34 | 35 | 36 |
1.157794×10^{-34}s | 2.315589×10^{-34}s | 4.631178×10^{-34}s | T(seconds) | 9.262356×10^{-34}s | 1.852471×10^{-33}s | 3.704942×10^{-33}s |
3.470762×10^{-26}m | 6.941525×10^{-26}m | 1.388305×10^{-25}m | L(meters) | 2.77661×10^{-25}m | 5.55322×10^{-25}m | 1.110644×10^{-24}m |
46.79kg/(103lbs) | 93.48039_kg | 186.9607851_kg | M(kilograms) | 373.92157_kg | 747.84314_kg | 1.49568×10^{3}kg |
4.0278116×10^{-9}C | 8.05562329×10^{-9}C | 1.6111246×10^{-8}C | C(Coulombs) | 3.2222493×10^{-8}C | 6.4444986×10^{-8}C | 1.2888997×10^{-7}C |
4.733576×10^{-18}K | 9.467153×10^{-18}K | 1.89343×10^{-17}K | T(Kelvin) | 3.78686×10^{-17}K | 7.57372×10^{-17}K | 1.51474×10^{-16}K |
536,870,912 | 1,073,741,824 | 2,147,483,648 | B2Vertices | 4,294,967,296 | 8,589,934,592 | 17,179,869,184 |
1.23794×10^{27} | 9.9035203×10^{27} | 7.9228163×10^{28} | ScalingV | 6.338253×10^{29} | 4.0564819×10^{31} | 3.2451855×10^{32} |
299,773,655.822 | 299,773,645.85 | 299,773,652.77 | Light m/sec | 299,773,671.71 | 299,773,655.878 | 299,773,655.18 |
An Introductory Discussion About Mass: The mass of the universe has gone from the very small side of exponential notation to start the rapid climb up the very large side of exponential notation scale. To see how rapid it rises, we’ll use the whole numbers in kilograms within the next set of six notations (and occasionally also in pounds) so you can see how quickly it gets out of reach. For example, the weight of the earth is 5.972×10^{24}. Within which notation would you guess that much weight could be found on the scale?
Notice within notation 30, it is 23.37 kg. Notation 31 is 46.79 kilograms or about 103 pounds. Here is a pure form of mass, all those vertices aggregating as forms (structure) and function. It is an ideal substance. By notation 36, it is 1,495.68628 kilograms or over 3297 pounds. That’s about the weight of an SUV. The “Spirit of Liberty” Bell stands 6 feet tall and weighs 3,200 pounds. By Notation 111, the universe is still a long way to becoming a second old (not until Notation 143), and it is already the mass (weight-density-force) of the earth. Much more to come. Key questions about mass, order, relations and dynamics: Only the Human Scale version of the Universe Table or Universe Chart is done. The small scale and large scale are summarized in blocks of no more than ten notations. The first ten are Forms or the Eidos echoing Plato. The next ten are Structure or Ousia, echoing Aristotle. Synthesizing the two, the next ten notations have been labelled Substances knowing full well that it would be another 40 to 50 notations before anything that could be defined as entitve or physical would emerge (Notations 65-69). So mathematically there are at least 60 notations to begin to define with pure math, geometry, logic, and patience. To date, there is one posting that touches on it: On Constructing the Universe From Scratch. It is from here that we will pick up again to postulate in what ways each notation is also an archetype, clusters, containers, domains, groups, layers, and sets. We will be more closely examining the ratios at each step and doubling. Key words, primary concepts, and links to references for this group of notations: We are consulting wiith a journal, Multiscale Modeling and Simulations (MMS), an interdisciplinary journal of the Society for Industrial and Applied Mathematics (SCIAM) that focuses on the fundamental modeling and computational principles underlying various multiscale methods. Notation, Exponentiation, Vertex Counts for B2 and Scaling Vertices: From notations 31 to 36 the actual number of vertices is stored in its own page which can be accessed by clicking here |
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