MaplePrimes - comments on Post, MRB Constant H

MaplePrimes - comments on Post, MRB Constant H http://www.mapleprimes.com/posts/35512-MRB-Constant-H en-us 2026 Maplesoft, A Division of Waterloo Maple Inc. Maplesoft Document System Sun, 14 Jun 2026 02:40:13 GMT Sun, 14 Jun 2026 02:40:13 GMT The latest comments added to the Post, MRB Constant H http://www.mapleprimes.com/images/mapleprimeswhite.jpg MaplePrimes - comments on Post, MRB Constant H http://www.mapleprimes.com/posts/35512-MRB-Constant-H Consider the diagram at http://www.mapleprimes.com/posts/35512-MRB-Constant-H?ref=Feed:MaplePrimes:MRB Constant H:Comments#comment44126 Consider the diagram at <a href="http://www.marvinrayburns.com/what_is_mrb.pdf">http://www.marvinrayburns.com/what_is_mrb.pdf</a>. It starts with a Line Segment of 1 linear unit. Next, Square of 2 square units. Next, Cube of 3 cubic units. Those need no explanation. After those, however, there is the Tesseract of 4 units^4. Let me give you an example of that. 4^(1/4) = sqrt(2) approximately 1.414. So a Tesseract of 4 units^4 has (32) edges each with length approximately 1.414. We often call time the fourth dimension; so a Tesseract of 4 units^4 can represent the following. A particle moves 1.4... inches to the right, 1.4... inches backward, 1,4... inches up for 1,4... seconds. I'll stop there for now. In my next message I will try to explain a Penteract of 5 units^5.   The latest comments added to the Post, MRB Constant H 44126 Mon, 15 Mar 2010 03:21:04 Z Marvin Ray Burns Marvin Ray Burns Again, consider the diagram http://www.mapleprimes.com/posts/35512-MRB-Constant-H?ref=Feed:MaplePrimes:MRB Constant H:Comments#comment44127 Again, consider the diagram at <a href="http://www.marvinrayburns.com/what_is_mrb.pdf">http://www.marvinrayburns.com/what_is_mrb.pdf</a>. It starts with a Line Segment of 1 linear unit. Next, Square of 2 square units. Next, Cube of 3 cubic units. Next, Tesseract of 4 units^4. Now that we can picture those 4 dimensions, let's move on to the Penteract of 5 units^5. Penteract of 5 units^5 has 80 edges of size 5^(1/5), approximately 1.37972966... units. The penteract of 5 units^5 is equivalent to a particle with density that changes from "0." to 1.3... pounds per cubic inch that moves 1.3... inches to the right, 1.3... inches backwards, 1,3...inches up for 1,3... seconds. Perhaps, you can now understand that all hypercubes can represent real life scenarios, given we include enough detail about the situation. Next, I will try to show what happens when you add one edge of a hypercube to one edge of another hypercube.   The latest comments added to the Post, MRB Constant H 44127 Mon, 15 Mar 2010 03:25:16 Z Marvin Ray Burns Marvin Ray Burns Stacking edges of n-cubes http://www.mapleprimes.com/posts/35512-MRB-Constant-H?ref=Feed:MaplePrimes:MRB Constant H:Comments#comment44128 In the previous two comments I showed one way in which n-cubes can have real-life applications: it is simply a matter of defining a sufficient numer of dimensions. We looked at a Tesseract with dimensions: length, width, height and time. Then we looked at a Penteract dimensions: length, width, height, time and density. Notice that they both share four dimensions. Let's look at their length dimension. The Penteract had length of 5^(1/5) units; likewise, the Tesseract had length of 4^(1/4) units as used in <a target="_new" href="http://www.marvinrayburns.com/what_is_mrb.pdf">http://www.marvinrayburns.com/what_is_mrb.pdf</a> . If we were to originate both the Penteract and the Tesseract at the origin there would exist a length that corresponds to the differences of their edges. That length would be 4^(1/4)  minus 5^(1/5) or approximately 0.0344839009 units. We could do the same with all three of the other shared dimensions. For instance, we could say both scenarios, represented by the n-cubes, started at the same time, and we simply wanted to know the difference between when one scenario and the other ended. In my next post I would like to show why I think all scenarios in life can be compared to each other in their shared dimensions. The latest comments added to the Post, MRB Constant H 44128 Fri, 19 Mar 2010 06:07:09 Z Marvin Ray Burns Marvin Ray Burns