So also is the ability to edit a formula. ![]() And while you can get a lot of mileage out of the free version, the step-by-step explanation feature is only available to Pro users. Indeed, not everyone can afford it or wants to pay for it. With such capabilities, it is no surprise that it has a lot of fans. WolframAlpha returns accurate answers and offers step-by-step explanations on how it arrived at them. It is the go-to tool for high school, college students, and professionals for solving mathematical problems and getting specific answers to complex questions. If in fact this sort of functionality is not available in any of the commonly used software my question is if this is because of some sort of practical obstruction I am not seeing or simply because the problems for which it would be useful are simple enough to be done by hand (which is what I've ended up doing after I spend 4 hours searching for the "easy" way).“How many baseballs fit in a Boeing 747?” is a search query anyone can input into WolframAlpha and receive a detailed result in return.įun calculations like this are one of several capabilities that have made the answer engine the beloved of knowledge nerds worldwide. So my main question is if I am missing the right keywords to find what is obvious to people who use this sort of functionality all the time, and what platform it is available on if so. ![]() On a few separate occasions I've scoured around the internet for such a thing and only turned up a bunch of incomplete threads of various vintage (like this or this or this). Is it possible to get widely available math software (Maple/Matlab/Mathematica, etc) to symbolically differentiate vector and scalar functions of matrices, returning the result in terms of the original matrices and vectors involved? I have in mind the simple sort of rules collected here for example.
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