✏|academic-support

Discord ID: 789559270828015697


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2020-12-19 22:19:27 UTC

I know 54 isn't a perfect square but

2020-12-19 22:19:42 UTC

oh so both terms are squares?

2020-12-19 22:19:43 UTC

the other way, you'd have to do some testing with number combinations

2020-12-19 22:20:06 UTC

when you factor them out, in one bracket

2020-12-19 22:20:40 UTC

so when you distribute them the ab cancel but a and b get raised to 3 I assume

2020-12-19 22:21:03 UTC

is a calculator helpful on this since my math teacher told me grade 12 is 1/4 no calculator

2020-12-19 22:22:28 UTC

if my math isn't bad it will be a^3 - a^2b + a^2b + ab^2 - ab^2 + b^3

2020-12-19 22:22:49 UTC

yeah. you'll learn the trick. it's also depends on the teacher. For advance functions, my teacher allow calculators, but for calculus and vectors, we don't

2020-12-19 22:23:30 UTC

yeah. once you expand most terms cancel out except for a^3 + b^3

2020-12-19 22:23:41 UTC

so are you doing examples where you are given a but not b

2020-12-19 22:24:23 UTC

does it work with a^3 - b^3

2020-12-19 22:24:30 UTC

I don't wanna write the equation again

2020-12-19 22:25:06 UTC

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

2020-12-19 22:25:26 UTC

yea

2020-12-19 22:25:55 UTC

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

2020-12-19 22:25:58 UTC

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

2020-12-19 22:26:24 UTC

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

2020-12-19 22:26:59 UTC

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

2020-12-19 22:27:54 UTC

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

2020-12-19 22:28:17 UTC

oh yeah. my vietnamese friends came over already learning all this stuff

2020-12-19 22:28:34 UTC

like 2 of my classmates know 100 digits of pi

2020-12-19 22:29:03 UTC

How useful is factoring perfect cubes btw

2020-12-19 22:29:25 UTC

I was surprised on how useful factoring is in the first place

2020-12-19 22:30:27 UTC

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.

2020-12-20 01:06:13 UTC

That is all.

2020-12-20 01:53:53 UTC

*physics ptsd itches up again*

2020-12-20 20:39:16 UTC

Y’all remember to try and keep this chat for academic support. Can always move to <#707691030748594294> or <#727615870385389638> 🙂

2020-12-20 21:30:28 UTC

Ok

Hey

Perfect cubes as in 9x^2 - 49?

2020-12-20 23:48:05 UTC

Yea

2020-12-20 23:48:14 UTC

Factoring is really helpful in parabolas

2020-12-21 00:39:50 UTC

holy shit this is awesome

2020-12-21 00:40:14 UTC

now i have a reason to use discord when im working

2020-12-21 01:10:48 UTC

Yessir

2020-12-21 02:24:32 UTC

Can someone help me with some Algebra 2?

2020-12-21 02:24:33 UTC

One sec

2020-12-21 02:26:35 UTC

https://cdn.discordapp.com/attachments/789559270828015697/790404823026499584/20201220_182630.jpg

2020-12-21 02:32:31 UTC

I'm not that smart man

2020-12-21 02:32:51 UTC

Ask @cha_rless he probably help you

2020-12-21 02:40:44 UTC

okey

2020-12-21 02:41:51 UTC

Quadratics

https://cdn.discordapp.com/attachments/789559270828015697/790408665232048128/image0.jpg

2020-12-21 02:48:40 UTC

Tell me if that is correct

https://cdn.discordapp.com/attachments/789559270828015697/790410380354256906/20201220_214820.jpg

2020-12-21 02:52:30 UTC

You might want to simply the equation by making m^-7 to the numerator for the answer to equal m^7z. 🙂

2020-12-21 02:53:23 UTC

Also, I think that is actually m^11.

2020-12-21 02:53:30 UTC

Oh true. I forgot to put the m^-7 up. Could have make my job easier

2020-12-21 02:53:56 UTC

Fix the calculations on the exponents.

2020-12-21 02:54:48 UTC

Yeah you are right its m^11

2020-12-21 02:55:26 UTC

https://cdn.discordapp.com/attachments/789559270828015697/790412085149564948/Econ_31.jpg

2020-12-21 02:57:41 UTC

m^11(z) ?

2020-12-21 04:50:11 UTC

Ok I just got back from eating and I noticed that the original problem says m^-2 and you wrote it as m^-3 😅

2020-12-21 04:52:27 UTC

I would have wanted to do this one, I love doing these types of problems :D, maybe next time

2020-12-21 04:55:00 UTC

You guys can have fun with that problem I'm not that good at math.

2020-12-21 04:55:12 UTC

Me neither

2020-12-21 04:55:54 UTC

@Chair did he do it right? I think he did besides the m^-2 part. I'm not great at this 😅

2020-12-21 04:56:35 UTC

From what I understand he did it right

2020-12-21 05:20:18 UTC

oh shit, sorry, man.

2020-12-21 05:20:29 UTC

you understand the basis of it, though?

2020-12-21 05:20:44 UTC

Yeah I think so. Thank you!

2020-12-21 05:46:28 UTC

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. 🙂

2020-12-21 05:48:02 UTC

Ex. m^6/m^2 = m^4. Since both have the "m" base, you can subtract the 6 exponent minus the 2 exponent, 6 - 2 = 4, so that would equal m^4. 😉

2020-12-21 06:17:17 UTC

I looked at this channel and thought it was the <#722914562160197663> channel for sone reason

2020-12-21 06:17:32 UTC

I hadn't realized we had a new channel 😂

2020-12-21 06:27:46 UTC

Popular demand 😂

2020-12-21 06:30:15 UTC

I see
Might as well use this channel to get through history and math this year 😂

2020-12-21 06:42:16 UTC

I can help you on Canadian history if you ever need it <:KEK:726877368601411624>

2020-12-21 06:42:48 UTC

I don't know much about it so I wouldn't mind

2020-12-21 07:36:01 UTC

OOoooooh I see. Thank you!

2020-12-21 09:15:01 UTC

Nice. This channel is pretty cool

2020-12-21 15:56:04 UTC

Lol I missed a simplifying question

2020-12-21 15:58:14 UTC

I think its too late but the 8 and 2 cancel out for sure

2020-12-21 15:59:08 UTC

N cancels out

2020-12-21 15:59:28 UTC

The numerator should have a z, the m I'm not too confident in

2020-12-21 16:01:29 UTC

I think m^-7 is gonna go on the numerator

2020-12-21 16:01:44 UTC

But I forgot if you multiply or add the exponent lol

2020-12-22 13:53:37 UTC

wait so we can put our homework in here and get help? 🙂

2020-12-22 14:00:52 UTC

Yep. Just no google drive links or downloadable files

2020-12-22 15:58:45 UTC

should i take honors classes in high school?

2020-12-22 16:09:34 UTC

if you think you're up for it. my advice is yes since it's always better to start from the top and scale back if it's too much. but talk to your guidance counselor as well as your parents and yourself to honestly evaluate your ability

2020-12-22 16:11:36 UTC

Ok

2020-12-22 16:43:22 UTC

Try to take AP or dual credit @Violin

2020-12-22 18:22:49 UTC

Im gonna finish my english college in high school so definitely do dual enrollment. You do have to be a good student and maintain good grades @Violin

2020-12-22 18:23:42 UTC

i was prompted with this question in science when i was told that in high school i choose between the normal science class or honors

2020-12-22 18:24:26 UTC

my current grade is 95%

2020-12-22 18:33:30 UTC

Then i would go with honors, you definitely seem capable if you have a 95

2020-12-22 19:44:25 UTC

ok thanks for the advice

2020-12-22 19:47:38 UTC

If those honors classes have a gpa boost like ap classes and dual credit classes do its a great choice but if not theres not much of a point to struggle without the weighted grade

2020-12-22 19:50:25 UTC

they do have extra weight

2020-12-22 19:50:41 UTC

something about 5.0s GPAs and H grades

2020-12-22 20:00:26 UTC

yeah that would be a great choice

2020-12-22 20:00:32 UTC

recomended

2020-12-22 20:00:35 UTC

much

2020-12-22 20:15:02 UTC

can anybody help me figure out the pattern for this sequence?

https://cdn.discordapp.com/attachments/789559270828015697/791036092765569034/unknown.png

2020-12-22 20:17:23 UTC

37?

2020-12-22 20:20:36 UTC

that's the correct answer. i'm trying to find the pattern 😂

2020-12-22 20:20:37 UTC

whats the pattern though

2020-12-22 20:20:54 UTC

idk that's what i'm asking 😭

2020-12-22 20:21:00 UTC

let's channel our big-brain energy

2020-12-22 20:21:05 UTC

is there some algorithm to find it or something

2020-12-22 20:21:21 UTC

i've to pay for the explanation

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