general
Sunday, October 5, 2025
I think the problem is there is a lot of stuff you can use math for in day to day life that is super useful, but for a moderate increase in wasting time you can circumvent it without having to think as much
so most people opt for the latter
I mean for things that are not just "what is this number times this number"
calculator is faster for me too except in maybe half of the possible 2 digit number times 2 digit number
Also to go back to the show your work debate
I was arguing with a guy who was saying he should not have to show any work for integrals and just submit his assignments with them solved (he also admitted he just uses chat gpt to do his integrals, and does not care if the answer is right or not)
so that arguement is relevant even for upper year university students
I don't personally know him, this was just in my physics club discord
I was in debate mode
Replying to Phijkchu_Pikachu #klombak I was arguing with a guy who was saying he should not have to show any work for integrals and just submit his assignments with them solved (he also admitted he just uses chat gpt to do his integrals, and does not care if the answer is right or not)
that's actually disgusting
Because he, a low student, was arguing with me, someone that actually has to mark people like his assignments
and I said I'd take off marks if you did not show your work and he said thats insane
Replying to TinyBomby #tinybomby you can solve any integrals with wolfram alpha, why are you using chat gpt
I use integral-calculator.net, beacuse often you don't even need to bust out wolfram for that
Replying to legorhin #jazardly ask him the integral of the gaussian function
Bad example leg
this is a physics course
we have that shit memorized
usually you can just cite "this is a common result" for those
I mean, I do
I've done it a dozen times
But I meant the result
quantum
its all gaussian integrals
unless you mean something else
positive x^2 idk, negative is well known
Yeah, its just root pie
Root pie, up to some scaling constants depending on the form of your gaussian
I think I was well aware of that by my 2nd year of undergrad
if you do quantum not in the lin alg way, its all just gaussian integrals