does it work with a^3 - b^3

I don't wanna write the equation again

you mean "a^3 + (blank)^3 = (a + *blank*) (a^2 - a*blank* + blank^2)

yea

idk but it doesn't sound too bad once I get the hang of it

yup. if you refer back to the original image, the red sign is opposite to the original operation.

it shouldn't be too hard. function & advance function are very easy.

I know some of my classmates are already studying on grade 12 stuff or something

i can't remember if we ever have a *blank* situation that i just depicted. but we would probably have an equivalent equation in different forms that us to find b and/or subtitute b with a related equation to a

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

Ask @cha_rless he probably help you

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 😅