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Honestly I think we spend way too much teaching students calculus and differential equations and way too little on linear algebra. LA is a lot more useful for m
by cageface 7y ago
Honestly I think we spend way too much teaching students calculus and differential equations and way too little on linear algebra. LA is a lot more useful for most real engineering work, particularly software engineering.
I had to build a somewhat basic SVG editor in React recently and the other devs on the team had to leave a lot of the core to me because I was the only one that remembered enough matrix math to do it.
- buzzkillington 7y agoNo, linear algebra is not more useful than calculus or differential equations for any branch of engineering other than computer engineering. Computers engineering is the only discrete engineering discipline.
- cageface 7y agoLinear algebra has many uses beyond computers: http://aix1.uottawa.ca/~jkhoury/app.htm http://aix1.uottawa.ca/~jkhoury/app.htm https://math.stackexchange.com/questions/256682/why-study-linear-algebra https://math.stackexchange.com/questions/256682/why-study-li...
- buzzkillington 7y agoYes, and all of them outside of computer science/engineering are using linear algebra on top of calculus. Computer software/engineering is the only field of science that can use naive linear algebra directly to solve hard problems in the field.
- salty_biscuits 7y agoUmmm, what about say quantum mechanics as the first huge example off the top of my head..
- pergadad 7y agoHow many school graduates will end up studying quantum mechanics?
- edflsafoiewq 7y agoCalculus is useful roughly to the degree it's able to turn non-linear problems into problems of linear algebra.
- buzzkillington 7y agoIn what field?
- jacobolus 7y agoEvery branch of science and engineering. e.g. optimizing distribution networks, predicting the weather, designing structures that won’t fall down, setting the orbits of rockets, controlling robots, simulating materials for 3d animation, designing new pharmaceutical molecules, analyzing data from high-energy physics experiments, ... If you look at how people solve differential equations in practice, it’s all matrix algebra. Linear algebra is also pervasive throughout pure mathematics. Edit: I think everyone should also learn calculus though, and differential equations are the heart of calculus. Here’s an introductory calculus book http://www.math.smith.edu/~callahan/intromine.html http://www.math.smith.edu/~callahan/intromine.html and here’s an introductory linear algebra book https://web.stanford.edu/~boyd/vmls/ https://web.stanford.edu/~boyd/vmls/ which try to get students closer to the way these tools get used in practice.