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| To what does the "we" refer in: > When we take the derivative of a constant Quantity, the result is a > pure number, not a Quantity: To the best of my knowledge, ever since Russell's abandonment of Relation Arithmetic in volume 4 of... |
| I'm not sure where I got the idea that: ClearAll["Global*`"] should work but somehow I did get that idea: What works: ClearAll["Global`*"] |
| I found the (trivial) problem in my script which is exposed by a couple of things: 1. The definition of rPrime is inconsistent with the comment, which points to the second aspect of the problem, 2. There is no function ... |
| Note that `Eliminate` does not hang (apparently go into an unsolvable state) with addition of irrelevant equations right up to the point that the third irrelevant equation gets added. Any idea why this might be? &[Wolfram Notebook][1] [1]:... |
| &[Wolfram Notebook][1] *Binding* energy of an element's outermost electron is the amount of energy it takes to produce a free electron from that in the element's ground state. Is the binding energy therefore the last entry in the list of... |
| Note the {} is the result of `Solve`. This isn't so much a question about my specific use of `Solve` as it is a question about how I can go about discovering for myself what I did wrong. For example, is there a way to use `Evaluation->Debugger`... |
| I need to run some old (from 2004) notebooks but am running into a bunch of syntax errors due to this encoding of decimal fractions that separates the decimal point from the numerals: RowBox[{ StyleBox[".", ... |
| *With the exception of the two planets that have retrograde rotation*, the planets (including Ganymede) line up almost perfectly on a scatter between the magnetic and inertial moments. This includes Saturn's anomalous alignment between magnetic axis... |
| Thanks! I created the following notebook for others to download. Hopefully I did your answer justice. &[Wolfram Notebook][1] [1]: https://www.wolframcloud.com/obj/c41c2fc0-6948-462a-b085-88c7cd6f0eda |
| The question "[What is the shortest description of a universal computational structure that includes a meta-circular evaluator?][1]" gives rule 110 as an example of a short rule that is incapable of short homoionic (meta-circular) description. This... |