Mathematica is much more powerful and complex than described above, and it can be used to solve very simple equations like the ones used above or to solve complex differential equations and advanced physics problems. We end this short and quick overview by plotting some nice graphs.Ĭlounce hopes that this short and light introduction to Mathematica helps you to get started quickly. You can also ask Mathematica to simplify or solve any mathematical equation. As operating system the default Raspberry Pi OS will do. There are also a version with 8 GB RAM available but for my opinion its not needed because single programs can only use 4 GB at once. You can use degrees as your input by specifying Degree in your arguments. This video describes work carried out to evaluate how much faster Mathematica might run on the Raspberry Pi 4 model B when compared with its predecessor the Raspberry Pi 3 model B. I think Mathematica needs some power, therefore you are well advised to use a Raspberry Pi 4B with 4 GB of RAM. ![]() Any attempt to get the 11.2 version by a classical upgrade process. Note that trig functions expect radian values as parameters. I recently added Mathematica on my Raspberry 3 (originally with Raspbian Lite), and got the 11.0.1. Mathematica can help you also in your trigonometry. In:= N (* specify 2 significant places *) However, this can be overridden by specifying the significant places in the N function. By default, Mathematica displays the value up to 6 significant figures. You can view the numeric equivalent by using the N function. Note that for precision purposes Mathematica returned the result of our last expression in fraction format. Next, let’s do some basic arithmetic: In:= 2 + 3 Mathematica 12.0.1 Kernel for Linux ARM (32-bit)Ĭopyright 1988-2019 Wolfram Research, Inc. ![]() It is a must that you cheer the world from Mathematica, so type Print at the wolfram prompt. ![]() Now that we launched our Mathematica interface, let’s have some fun!
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