Message from @JUʂƚ ƈαʅʅ ɱҽ ɳσαԋ
Discord ID: 790406404812046377
oh yeah. my vietnamese friends came over already learning all this stuff
like 2 of my classmates know 100 digits of pi
How useful is factoring perfect cubes btw
I was surprised on how useful factoring is in the first place
most of what you learn in class isn't applicable in real life, i think 😂 . but maybe i'm bias. i'm not in a field that requires heavy math, so i can't speak to all fields.
That is all.
*physics ptsd itches up again*
Y’all remember to try and keep this chat for academic support. Can always move to <#707691030748594294> or <#727615870385389638> 🙂
Ok
Hey
Perfect cubes as in 9x^2 - 49?
Yea
Factoring is really helpful in parabolas
holy shit this is awesome
now i have a reason to use discord when im working
Yessir
Can someone help me with some Algebra 2?
One sec
I'm not that smart man
okey
Quadratics
Tell me if that is correct
You might want to simply the equation by making m^-7 to the numerator for the answer to equal m^7z. 🙂
Also, I think that is actually m^11.
Oh true. I forgot to put the m^-7 up. Could have make my job easier
Fix the calculations on the exponents.
Yeah you are right its m^11
m^11(z) ?
Ok I just got back from eating and I noticed that the original problem says m^-2 and you wrote it as m^-3 😅
I would have wanted to do this one, I love doing these types of problems :D, maybe next time
You guys can have fun with that problem I'm not that good at math.
Me neither
@Chair did he do it right? I think he did besides the m^-2 part. I'm not great at this 😅
From what I understand he did it right
oh shit, sorry, man.
you understand the basis of it, though?
Yeah I think so. Thank you!
I think this problem requires you to know the quotient rule: If two bases (one on numerator and one on denominator) are the same, you can just subtract their exponents. 🙂