#help-28

1 messages · Page 6 of 1

glossy valveBOT
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olha o macacu

runic bloom
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yea that's a way to represent it too

woeful haven
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man that sucks

runic bloom
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yeahh it's a bit odd at first lol

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but you get the hang of it

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another way to think about it is

woeful haven
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oh no

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thtas complicating i think

runic bloom
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$(a+b)(a+b) = aa + ab + ba + bb$

glossy valveBOT
runic bloom
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I dunno how better to explain it

woeful haven
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$x² + 2x + 2x + 4$

glossy valveBOT
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olha o macacu

runic bloom
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yup

woeful haven
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x² + 4x + 4

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man me and my friends where arguing about this for like 30 minutes and came down that everyone was wrong

runic bloom
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as you can see, it follows this rule too

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but your way is a bit more intuitive ig

woeful haven
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i think our teacher is actually teaching wrongly

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im pretty sure she teached this

runic bloom
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oh..

woeful haven
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lemme check

runic bloom
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well that's incorrect if so lol

woeful haven
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if 2²x²=4x² then she is teaching wrong

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no but its right

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here i found an example:
$(-xy²)^4 = x^4y^8$

glossy valveBOT
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olha o macacu

woeful haven
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is that correct?

runic bloom
runic bloom
woeful haven
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but there

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the 4 is distributing

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why here it doesnt?

runic bloom
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so the exponent rules are different and you simply square both terms

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this one's a binomial (a + b)

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so they work differently when squaring

woeful haven
glossy valveBOT
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olha o macacu

oak basin
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If you still truly believe that (x+2)^2=x^2+4 then start subtituting in some x values and see

woeful haven
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i think i got it

oak basin
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For example, take x=-2

woeful haven
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in the first equation it was a+B, but in the second one it was ab

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is that it?

oak basin
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The reason exponents distribute for products is because of it's property

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Yes, that's partially the reason

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For example, you claim (xy)^2=x^2y^2, this is because of how exponentiation is defined

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note that $(xy)^2=xy\cdot xy=x\cdot x \cdot y\cdot y =x^2 \cdot y^2$

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Eek

woeful haven
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hard words but i think i got it

glossy valveBOT
woeful haven
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our teacher definetly did not teached us this

oak basin
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Code bars dont work on phones, excuse that a bit

oak basin
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They probably didnt teach you this because it probably wasnt needed yet for you to understand, or some other personal reason

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I cant judge that

woeful haven
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well

oak basin
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But yes, some of these 'rules' didnt just appear out of nowhere, they still came from definitions that were made of

woeful haven
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teacher sent us extra points questions that had this included

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so it could be just that

oak basin
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Sure

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Nobody knows for sure, just dont be too quick to judge

woeful haven
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ok thx, i think our work here is done

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solemn obsidian
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ok so I'm having a lot of trouble with problems like this can anyone help v⋅(j+y)=61y+82

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void jay
#

question: Write down a bijection from (X × Y ) × Z to X × (Y × Z). Prove that it is one-to-one and onto.

so i know what bijective means, it means a function that is both surjective and injective, but i just have no clue what it means by “write down a bijection.” i wrote f: (X × Y ) × Z -> X × (Y × Z), but i have no idea if that’s right or anything. that’s the only work i have to show because i’m just so completely lost. please help!

rare dock
void jay
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okay that makes sense

rare dock
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the elements in (X × Y ) × Z look like ((x,y),z) for each x in X, y in Y, and z in Z, so to define f, you can write something like f(((x,y),z)) = ...

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and whatever f sends to ((x,y),z) to, it should like an element of X × (Y × Z)

void jay
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but how do i know what to actually make f(((x,y),z)) equal to?

rare dock
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any guesses?

void jay
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well i know the elements in X × (Y × Z) will look like (x,(y,z)). but i just don’t really know what it all means so i can’t think of a function that would turn the first set into the other

rare dock
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hmm a bijection from a set A to a set B is kinda a way of pairing each element in A to exactly one element in B

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and having every element in B paired with something in A

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so ummm

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if you have some element in (X × Y ) × Z

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say ((x,y),z)

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is there something in X × (Y × Z) that you'd naturally pair it with?

void jay
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(x,(y,z))?

rare dock
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great idea!

void jay
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but then how do i make a function that does that?

rare dock
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just say f(((x,y),z)) = (x,(y,z))

void jay
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oh okay i see

rare dock
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or with it's full description, f is a function from (X × Y ) × Z to X × (Y × Z) defined by f(((x,y),z)) = (x,(y,z))

void jay
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right okay that makes sense. then how do i prove it’s a bijection?

rare dock
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we can prove that it's injective and surjective

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do you know what those mean?

void jay
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yes!

rare dock
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yay ok, which one do you want to do first?

void jay
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injective is normally proven by showing that if f(x1)=f(x2) then x1=x2 right?

rare dock
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yep

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the elements here look more complicated, so we might want to start with something like let $$((x_1,y_1),z_1),((x_2,y_2),z_2)\in(X\times Y)\times Z$$ and suppose $$f(((x_1,y_1),z_1))=f(((x_2,y_2),z_2))$$

glossy valveBOT
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layla💜

void jay
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okay i understand that. and then i have to prove x1 = x2, y1 = y2, z1 = z2?

rare dock
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yep, that'll work

void jay
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but how do i do that 😬

rare dock
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remember that ordered pairs are equal if and only if their first components are equal and their second components are equal

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you can write $$f(((x_1,y_1),z_1))=f(((x_2,y_2),z_2))$$ in another way

glossy valveBOT
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layla💜

void jay
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hmmmm

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im not sure. like move the parantheses? or switch around the variables?

rare dock
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you know what f(something) looks like

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I guess "move the parentheses" yea lol

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remember how f is defined?

void jay
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or is that not right

rare dock
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missing a step it sounds like

void jay
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man i hate proofs lol

rare dock
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what does $f(((x_1,y_1),z_1))$ equal?

glossy valveBOT
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layla💜

rare dock
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by the way we defined f

void jay
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(x1,(y1,z1))?

rare dock
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yep!

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and $f(((x_2,y_2),z_2))$?

glossy valveBOT
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layla💜

void jay
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and then the same for f(((x2,y2),z2)?

rare dock
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yesss

void jay
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okay i get all that now. so then (y1,z1) has to equal (y2,z2) yeah?

rare dock
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yep ✨

void jay
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but then how can i prove x1=x2 if it isn’t in the ordered pair

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or i guess it is

rare dock
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yep it is

void jay
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okay got it :) then what about surjective?

rare dock
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so you want that for any element (x,(y,z)) of X × (Y × Z), there is something in (X × Y ) × Z that gets sent to it

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can you think of something?

void jay
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well ((x,y),z)) is in (X × Y) × Z

rare dock
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it sure is!

void jay
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but isn’t that just the definition of the function?

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f(((x,y),z)) = (x,(y,z))? is that all i say?

rare dock
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if you want more detail you could say that if (x,(y,z)) is in X × (Y × Z), then x is in X, y is in Y, and z is in Z, so ((x,y),z) is in (X × Y ) × Z

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and f(((x,y),z)) = (x,(y,z))

void jay
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okay got it! thank you so much for your help, you explained everything so well

rare dock
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glad you figured it out!

void jay
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primal moth
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hi, can I ask for help on how to read this using mathematical terms? it's for truth tables

primal moth
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oh sorry i mean how are they read

plush egret
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~ is not

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-> is implies

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^ is and

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v is or

primal moth
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thank you !

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hazy dagger
#

aye yo, im back. This time it is a similar problem but with an abelian group. Here we have H={x in G: x^n= e}. G is our abelian group and n is a fixed integer. I need to prove that this is a subgroup and I don't really know where to start.

rare dock
hazy dagger
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  1. needs to be non-empty
    2)closed with respect to the opperation
  2. closed with respect to the inverse
rare dock
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alrighty

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are there any of those you can see hold?

hazy dagger
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well im pretty sure its not empty

rare dock
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why?

hazy dagger
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because there has to be a value n that satesfies the given equation thing

rare dock
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well you don't have any control over n

hazy dagger
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true but it is fixed

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o

rare dock
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no matter what n is, can you think of an element x in G such that x^n = e?

hazy dagger
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i feel like i need more information to figure that out

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i dont know what e is and i dont know what n is, only that it is a fixed value

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I also don't know anything about G besides that it is abelian.

rare dock
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well you know G is a group so it has an identity

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e

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is e in H?

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in other words, is e^n = e?

hazy dagger
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well, maybe

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for an identity value, does nothing effect it?

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like for this case, would n change the value?

rare dock
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you know e*e = e, right?

hazy dagger
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yes

rare dock
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so e^n = e * e * ... * e = e

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applying that over and over again

hazy dagger
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ooooooooooooooo

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thats what I was trying to get at XD

rare dock
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haha yes I see

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good on 1) then?

hazy dagger
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yes, so since e* e * e * =e, e^n=e

rare dock
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yep

hazy dagger
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how does one know if something is closed?

rare dock
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that would mean if we take any two elements a and b in H, ab is also in H

hazy dagger
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how do you prove that?

rare dock
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let's let a and b be in H

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then what do we know about them?

hazy dagger
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they are in H, and in this case..um...thats sort of it

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because we are only given infomration about x

rare dock
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well x is just a dummy variable

hazy dagger
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ah yes

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its stupid 👀

rare dock
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it says in english: H consists of all the elements of G which, when raised to the nth power, are equal to the identity

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so all the elements in H have that property

hazy dagger
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okay so all elements in H when raised to the nth power are equal to e

rare dock
hazy dagger
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so a and b also have this quality

rare dock
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what does that look like in symbols?

hazy dagger
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a^n=e and b^n=e

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or maybe (ab)^n=e

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or both

rare dock
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a^n=e and b^n=e is right

hazy dagger
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oh okay

rare dock
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and we want to show (ab)^n=e

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that shows ab has the property needed to be an element of H

hazy dagger
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since G is abelian, does it work?

rare dock
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yep that's the key thing to use

hazy dagger
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what else should I say besides its abelian, i know that that makes it communative

rare dock
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so you know a^n=e and b^n=e

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then.. a^nb^n = ?

hazy dagger
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a^nb^n=(ab)^n

rare dock
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haha yes but not yetttt

hazy dagger
rare dock
hazy dagger
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we can say that since this is true, a and b are also in G

rare dock
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ok so yes a^nb^n = (ab)^n since G is abelian

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what else is a^nb^n equal to?

hazy dagger
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omg!!! 💡

rare dock
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and actually that's not even helpful, we let a and b be elements of H

hazy dagger
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o

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well i thought it was cool

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um okay

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what else does a^nbn mean

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besides (ab)^n

rare dock
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what did we want (ab)^n to be equal to?

hazy dagger
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e

rare dock
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so is it?

hazy dagger
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yes

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because a^n is

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and b^n is

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so then its just e * e= more e

rare dock
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great ✨

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on to 3)?

hazy dagger
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yes

rare dock
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how can we start this one?

hazy dagger
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we need to have the inverse in both

rare dock
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what do you mean?

hazy dagger
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a needs to be in G and a^-1 needs to be in G

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same with H

rare dock
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ahhh no we only need to worry about H

hazy dagger
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oh okay

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so then we need a and a^-1 in H

rare dock
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a little but more precisely, we need: if a is in h, then a^-1 is also in H

hazy dagger
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yes

rare dock
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how to start?

hazy dagger
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um....lets see..

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since G is abelian, that means the inverses are in it right?

rare dock
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haha back up

hazy dagger
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😅 i dont have the best notes on this

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my prof didnt give us enough examples

rare dock
hazy dagger
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no, i was rly trying to figure it out tho...

rare dock
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something like let $a\in H$

glossy valveBOT
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layla💜

hazy dagger
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well thats def a start

rare dock
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what do you know about a?

hazy dagger
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well, we said that a^n =e

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we also said that it's in H

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so that means that its in G

rare dock
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we don't have to worry about G bearlain

hazy dagger
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i know, i was just trying to think of everything

rare dock
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okok

hazy dagger
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but yeah the only real things is that a^n=e because its in H

rare dock
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what do we want to end up with?

hazy dagger
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we want to have a^-1

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in H

rare dock
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exactly!!

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what does that require?

hazy dagger
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i dont know.. 😭

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im trying to think and i just cant figure it out

rare dock
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we need $(a^{-1})^n=e$

glossy valveBOT
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layla💜

rare dock
rare dock
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lolll

hazy dagger
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okay so we need to make that happen

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okay hear me out

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since a^n is like a * a * a * a....* a

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a^-1 is like a-1 * a-1 * a-1 *... *a-1

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and if all those a's are equal to e

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then all the a^-1's are equal to e^-1 which is just e...?

rare dock
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the individual a's don't need to be equal to e

hazy dagger
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well yeah

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i think i worded that incorectly

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a^-1 * a^-1 * a^-1 ....=e^-1?

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and e^-1 =e?

rare dock
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that could work but how are you getting it?

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like what property of group arithmetic?

hazy dagger
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multiplication

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what property??

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um..

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well its not communitivity or associativity

rare dock
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I'd look at it like this

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a^n = e

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and we can multiply each side by (a^-1)^n

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everything cancels on the left

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down to the identity

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and (a^-1)^n is left on the right

hazy dagger
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wait hold on

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okay

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so its kinda like

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(a^-1)^n * a^n-1 = (a^-1)^n * e

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and then e= (a^-1)^n *e

rare dock
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(a^-1)^n * a^n = (a^-1)^n * e maybe?

hazy dagger
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oh right

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so then we are just left with e=(a^-1)^n

rare dock
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yep

hazy dagger
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and that proves that we have closure with respect to inverses

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and now we have proved that H is a sub group of G

rare dock
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yasss

hazy dagger
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im done for the night

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i cant take anymore, ill be back again tomorrow night

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DX i should gift you nitro

rare dock
#

aww don't worry 🥺

hazy dagger
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ill see you later layla ❤️

rare dock
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have a good night 💜

hazy dagger
#

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broken rain
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.close

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broken rain
#

Is this correct?

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broken rain
unborn quarry
broken rain
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Thanks you <3

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haughty loom
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bold grotto
#

The whole question ?

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Or something specific?

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@haughty loom Has your question been resolved?

haughty loom
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but i think its 90

bold grotto
#

It wont be 90

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Since

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We are rotating it in counterclockwise rather than clockwise

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If the question would have been for clockwise then 90 would have been correct

haughty loom
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oh

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its not 180 either

bold grotto
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If you are unable to visualize then you can draw the diagram for each 90 degrees your rotate in the counterclockwise direction

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Do that and then count the number of turns

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Then your answer would be 90*the number of turns

haughty loom
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mhm

bold grotto
#

Did you understand or want me to give the solution?

haughty loom
bold grotto
#

Yea

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So you got 3 turns

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So the answer would be 3*90=270

haughty loom
#

yess

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tysm

bold grotto
#

Np

haughty loom
#

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mortal thorn
#

can you help me solve this

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deft zodiac
#

um

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simplify each fraction

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eg

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a/(1-a) = (a - (1-a))/(1-a)

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so then u can take out that 1-a on top to get -1

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repeat for all 3 fractions and move the -3 over

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@mortal thorn Has your question been resolved?

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timber ledge
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timber ledge
#

I don’t understand part b

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Isnt the answer already in the table

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Nvm

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Close.

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teal mantle
#

$\frac{x}{y} + \frac{y}{x} = \frac{x^2 + y^2}{xy}$ does this work ?

glossy valveBOT
#

DikRatownik

vast fossil
#

Yeah, as long as x and y are non-zero

teal mantle
#

yep, thanks you

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sonic raptor
#

Can somebody help me with this?

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sonic raptor
#

I cant really comprehend the problem and how to solve it

strange fern
#
  1. use a variable e.g. "x"
strange fern
#

and another variable for the height, like y

#
  1. xy
sonic raptor
#

Thanks!

light sonnet
#

You shouldn't be doing the work for people

strange fern
sonic raptor
#

sorry

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winged spire
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Please don't occupy multiple help channels.

winged spire
#

how do i do this

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crude karma
#

how do i solve this

ln(x^2)- (1/x^2)

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crude karma
#

limit as x -> 0

#

this is so confusing!

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prisma rampart
#

Hi, Its me again

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prisma rampart
#

Can anyone give me the example for arcsin or arccos for example what is arcsin from (3-2x)/5 (or any other similar example)

onyx glen
#

what do you mean

#

arcsin((3-2x)/5) is arcsin((3-2x)/5)...

prisma rampart
#

Hmmm

#

I have an example y=root from 3-x + arcsin (3-2x)/5

#

I need to write domain

onyx glen
#

sqrt(3-x) + arcsin( (3-2x)/5) you mean?

prisma rampart
#

Yes

onyx glen
#

the domain is the set ${x : 3-x \ge 0} \cap {x : (3-2x)/5 \in [-1,1]}$

glossy valveBOT
onyx glen
#

this is unsimplified, grossly so even

prisma rampart
#

How can I simplify the 2nd part 😦

onyx glen
#

(3-2x)/5 in [-1,1]
<=> 3-2x in [-5, 5]

#

<=> 2x-3 in [-5,5]

#

<=> 2x in [-2, 8]

#

last step is on you

prisma rampart
#

I still don't understand how you got this but thanks for help

#

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agile hawk
#

old channel got deleted by the bot

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agile hawk
glossy valveBOT
agile hawk
#

(not to scale figure) I need help with this question

spice orchid
#

Why so urgent?

native flicker
agile hawk
#

we just gotta find it

native flicker
#

and a cyclical quadrilateral

agile hawk
#

the topic is circle theorem

native flicker
#

ik . its 1 step solution

agile hawk
#

really?

#

my first method was wrong so thats why i need help

native flicker
#

opposite angles add up to 180

agile hawk
#

your trying to say 180-142=y?

native flicker
#

yeah

agile hawk
#

that was my method too

#

it was wrong

native flicker
#

o fr

agile hawk
#

the teacher said its wrong

#

my other method now is 360-142

#

218

#

218/2

#

109

#

109=y

#

but im uncertain if its correct

#

<@&286206848099549185> bot closed my old ticket because i deleted something, sent it at 6:24

#

i need help please

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@agile hawk Has your question been resolved?

agile hawk
#

<@&286206848099549185>

agile hawk
#

<@&286206848099549185>

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torn jolt
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torn jolt
#

everytime i attempt this i just get stuck at x^3/2 =3

#

and not knowing what to do fron there

nova basin
#

sqrt(x) = x^1/2
Using the power law it's a linear equation in log x

torn jolt
#

i started with x^2 / x^1/2 to get x^3/2 = 3

nova basin
#

log(x^a) = a log x for any x and a (and log basis)

#

Visibly you're trying to put it all into 1 log, I'd make it all into log x

#

Although putting it all into 1 log also works

nova basin
torn jolt
#

yeah thats what ive done i think

torn jolt
#

i meant 8 lol not 3

nova basin
#

Squaring we get x^3 = 2^6

#

No extraneous solutions there because x > 0

torn jolt
#

ohh ok i think i see my mistaje

#

should i have kept it as 2^3 = x^3/2

#

instead of doing 8= x^3/2

nova basin
#

Then you solve x^3 = 64

#

Not impossible

#

But knowing the factorization gives you extra knowledge

#

Mainly that cube rooting it is easy

torn jolt
#

wait

#

that gives the answer 2?

nova basin
torn jolt
#

how tf is the cube root of 64 4?

nova basin
#

4^3 = 4*4*4 = 16*4 = 64

torn jolt
#

cube root is square rt and square rtagain i thought

nova basin
#

Get that out of your head immediately

torn jolt
#

yea lol

#

so what is it?

#

square rt then divide by 2?

#

or is it different for everything

nova basin
nova basin
torn jolt
nova basin
#

Yes

torn jolt
#

8/2 = 4

#

i see now its just 4*4*4

nova basin
#

Also yes, though I don't see where this leads

nova basin
#

So you can write \*

torn jolt
#

ty

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limpid marten
#

Hey there! I’m really confused by g(x)- this table doesn’t have an actual equation/pattern to go with it. When it asks “if x=2, what is y” I have no idea how to plug in this into g(x) since there is no equation to the table. Please help!! If more clarification needed I can help too ❤️

deft zodiac
#

hi

#

hihi

#

crit!

rugged harbor
deft zodiac
#

i think

#

u should use the points given and the line given

#

to deduce its a straight line

rugged harbor
#

The line is h(x)

deft zodiac
#

and u can thus find the equ

deft zodiac
#

the

#

strange one

rugged harbor
#

g(x) is already the table, no need to find equations

deft zodiac
#

idk

#

i

rugged harbor
#

@limpid marten Is the hard part understanding what f(__) means or how to read that table?

deft zodiac
#

do be

#

confused sometimes

#

but its ok

#

the

#

other beings can help u clear my mess

#

:c

keen jacinth
#

Sorry for the confusion, I was going to help but looks like you got that covered 👍

limpid marten
#

But I can plug the points into a calculator and see what I get ❤️

rugged harbor
#

What equation?

limpid marten
#

Oh my bad!

rugged harbor
#

Do you mean this one? It's name is cut from the photo, are you sure it's g(x)?

limpid marten
#

This one being the 3x-5 equation

rugged harbor
#

This is the table of the function g(x)
Basically the left side has the x value, the right side has the output of the function (that's g(x), or y, you can call it however you want)

#

So if I want to find g(-3), then it's 7

limpid marten
#

OH MY GOSH 😭

#

That makes perfect sense!

rugged harbor
#

Nice

limpid marten
#

Thank you so much for your help! I didn’t even notice that- it’s brain fart day lol

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dusk pasture
#

need help solving this differential equation

dusk pasture
#

im not sure if this is supposed to be separable bc if i move the y variables over, i cannot multiply to the other side the dt since it is added

#

im also not sure who i would go about this using the integral factor method

dim dragon
#

idk about this

#

but you can simplify it as

#

2y' = (y-1)(y-2)

#

if it helps

dusk pasture
#

not sure if that does anything for me, but i could be wrong

#

appreciate the help tho

#

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hot herald
#

show work

#

you are told that the triangle is obtuse

#

so you would need a way to determine which value results in an obtuse triangle.

#

it would actually be better to use the sine law here yes

#

well it's not immediately clear whether the obtuse angle would be at K or M

#

I mean you could start with cos law, but you'll be fine as long as youre able to find a way to find the values that make your triangle obtuse

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@grand zephyr Has your question been resolved?

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noble plinth
#

(Not sure if this be the right place to ask for this)
how can i (if even) calculate 10^(-4.15) without a calculator

torn jolt
#

I need help😥

bitter orbit
#

A free one

torn jolt
#

I was sent here

#

Sorry

noble plinth
#

don't kill my msg lol

bitter orbit
#

@torn jolt Look for the MATH HELP (AVAILABLE)

twilit leaf
#

you cant really calculate that without a calculator

bitter orbit
#

He can

#

Although I don't know if it would be simple

twilit leaf
#

the closest think is like 1/((10)^4*(10)^0.15)=1/10000(10)^0.15

noble plinth
#

I've seen people raise powers like 25^(1/4) can be broken into 5^2×1/4 or something

bitter orbit
#

Let's see

humble steppe
#

Rewrite $10^{-4.15}$ as $e^{-4.15\ln 10}$

glossy valveBOT
#

jimmy1234

humble steppe
#

Then apply series expansion.

bitter orbit
#

I'm sure the thing above is overkill

noble plinth
#

Ig calculator is good

twilit leaf
#

do you know series exapansion

noble plinth
#

nope sorry

twilit leaf
#

fair enough

bitter orbit
#

10^(-4 - 0.15)

noble plinth
#

that looks scary

bitter orbit
#

Let's see

#

10^(-4) * (10^-0.15)

twilit leaf
#

the best i know of is exponent rules for the 4 part, but the 0.15 is basically impossible without a calculator

bitter orbit
#

$10^{-4} \cdot 10^{-0.15}$

glossy valveBOT
#

Max Hetfield

twilit leaf
#

also youd still need to know ln10 for the series expansion part which requires a calculator lol

noble plinth
#

10^-(0.15) how do i solve that

bitter orbit
twilit leaf
#

you cant really do it without a calculator

bitter orbit
noble plinth
#

nope it has more complex problems that require antilogs so i guess yeah

#

Imma leave it

bitter orbit
#

So the problem here is

#

$10^{-4.15} = x$?

glossy valveBOT
#

Max Hetfield

bitter orbit
#

Mathematically, I don't mean the context

noble plinth
#

(that requires antilogs)

noble plinth
bitter orbit
#

Well you use log on both sides

#

$log_{10} 10^{-4.15} = log_{10} x$

glossy valveBOT
#

Max Hetfield

bitter orbit
#

$-4.15 = \log_{10} x$

glossy valveBOT
#

Max Hetfield

bitter orbit
#

And I think pH is a logarithmic scale

noble plinth
#

i think i should close now

#

.close

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dense edge
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dense edge
#

How would I solve for x?

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hot herald
#

start with some log laws

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misty kite
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misty kite
#

How can the transformation here be done?

smoky wing
#

What can you tell about the maximum value of the function

misty kite
#

I think I'm having trouble because I'm unsure how to shift square root x and x^2 functions but I tried playing around with it in desmos but I can't get it to look like the bottom curve

misty kite
smoky wing
#

So do you agree that it goes up from 1 to 2?

misty kite
#

yes

#

from the first to second one on the y-axis, you mean?

smoky wing
#

Yeah

#

What kind of transformation doubles the value of y in the same x interval

misty kite
#

is it multiplication related

smoky wing
#

Yeah

misty kite
#

it'd maybe be 2 times the function

#

but im not sure

steel cove
#

yes

#

why u not sure

#

if y=f(x)

#

and you want to double the y per x

#

you do y=2f(x)

misty kite
#

okay

#

but how do i move forward from there

#

i found that if i change 2x to 8x then the curve ends at 8

#

but idk how to get it to start at 6

smoky wing
#

On the first graph the x-intercepts are 0,0 and 2,0

#

Agreed?

misty kite
#

yea

smoky wing
#

What about the second one

misty kite
#

6,0 and 8,0

smoky wing
#

So it’s Still the same distance

misty kite
#

yea

smoky wing
#

So what kind of transformation is that?

misty kite
#

its a shift to the right

smoky wing
#

Yes!

#

By how many units?

misty kite
#

y=f(x-h)

smoky wing
#

Yes

#

What’s h?

misty kite
#

6

#

the amount we're shifting by i think

smoky wing
#

Yes

#

So what’s our new function

#

That’s all the transformation we need

misty kite
#

im not sure how to type it with the square root and all that

#

but would it be f(x)=2sqrt(2x-x^2)-6

smoky wing
#

$$ y = 2\sqrt{2(x-6) - (x-6)^2}$$

misty kite
#

something popped up but went away

glossy valveBOT
smoky wing
#

Like that and you can expand it

misty kite
#

wow

#

interesting

#

why does it change so much

smoky wing
#

Latex

#

It’s very useful and not too difficult to learn

misty kite
#

whats that

smoky wing
#

Kind of like language for typing/coding mathematics

misty kite
#

ohh

#

that sounds cool

#

also how does the function itself change so much

#

was it factored?

smoky wing
#

Oh

#

You replac x with x-6

#

Because that’s how you do the shifting transformation

misty kite
#

how do i know when i need to do that

smoky wing
#

When you see that a function is sifted

#

So it’s the same shape

#

But not in the same place

misty kite
#

ohh

#

so whenever that happens ill need to expand it the way you did?

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#

@misty kite Has your question been resolved?

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solar wedge
#

$a(b^{2}+c^{2})+b(a^{2}+c^{2})+c(a^{2}+b^{2}) \ge 6abc$

glossy valveBOT
#

PryingOpenMy3rdEye

solar wedge
#

$a, b, c \in \mathbb{R}^{+}$

glossy valveBOT
#

PryingOpenMy3rdEye

solar wedge
fallow widget
#

whats the furthers you went?

solar wedge
#

after simplifying it, I got $ab^{2}+bc^{2}+ac^{2} \ge 3abc$

glossy valveBOT
#

PryingOpenMy3rdEye

solar wedge
#

but I don't know where to go from here

topaz valley
#

you're done

#

am gm

solar wedge
#

how

#

i don't see it

#

i'm stupid

topaz valley
#

although

#

is there a typo there

topaz valley
#

the sum

glossy valveBOT
solar wedge
#

oh yeah

#

forgot that

glossy valveBOT
topaz valley
#

by am gm

solar wedge
#

ah yep

#

thanks

#

lmao

#

i'm dumb

topaz valley
#

so close

solar wedge
#

yeah

#

i'll keep an eye out for those things

#

i have one more

#

$(1+a_1)(1+a_2)...(1+a_n) \ge 2^{n}$

glossy valveBOT
#

PryingOpenMy3rdEye

topaz valley
#

D:

#

what are the as

solar wedge
glossy valveBOT
#

PryingOpenMy3rdEye

topaz valley
#

thats just

#

holder's inequality

solar wedge
#

idk what that is

topaz valley
#

generalisation of cauchy schwarz

solar wedge
#

yeah well

#

I have to prove it

topaz valley
#

holders inequality isnt the most straight forward thing to prove hmmCat

#

maybe theres a better way

#

log everything and jensens?

solar wedge
#

considering the fact that it's in my 9th grade book first lesson

#

there is a better way

topaz valley
#

oh wait

#

im overthinking this lol

#

just expand it out

#

you get 1 + product + cross terms

#

🤦‍♂️

solar wedge
#

ah

#

where do I go from there?

topaz valley
#

what is the expansion

solar wedge
#

you want me to expand as in multiply those parantheses together?

topaz valley
#

yes

#

but

#

dont write everything

#

only the 1s

solar wedge
#

ofc

topaz valley
#

and the as

solar wedge
#

$1+a_1+a_2+a_1a_2...1+a_{n-1}+a_n+a_{n-1}a_n \ge 2^{n}$

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wait

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wrote it wrong

glossy valveBOT
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PryingOpenMy3rdEye

solar wedge
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there we go

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idk if I did it right

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if this is what you mean

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$a_1a_2$ etc should be equal to 1, right?

glossy valveBOT
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PryingOpenMy3rdEye

topaz valley
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hmm

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this might be

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more troublesome

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than id thought

topaz valley
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and then like

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somehow you use am gm on all the cross terms

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i think you get a binomial kind of thing

solar wedge
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hm

topaz valley
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its messy

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maybe theres an even better way

solar wedge
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just wanted to know

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how are you the only one that answers my questions? lol

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i have seen only you around here

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and other two people

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but most of the time, it's you

topaz valley
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theres a lot of people around

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theres circle

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theres Ann

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i think Denascite is around maybe a bit later? i cant recall exactly

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and Ramonov

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other people i know ive seen

solar wedge
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you seem like you're the most active

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anyway

topaz valley
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oh gosh

solar wedge
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back to the problem

topaz valley
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lets not even get into that

solar wedge
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lol alright

topaz valley
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essentially what im thinking you can do is

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there will be a subset of the cross terms

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that take k a_i terms

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and n-k 1s

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and theres (n choose k) of them

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if you apply am gm

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you get (sum of terms)/(n choose k) >= (product of terms)^(a number)

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but because theres an equal number of each a_i appearing in the product

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that becomes 1

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so the (sum of terms) >= (n choose k)

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then thats true for every k

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so the expanded product >= sum (n choose k) = 2^n

solar wedge
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okay

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i'm trying to understand what you just said

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sorry, what do you mean by n choose k?

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english isn't my first language

topaz valley
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the binomial coefficient

glossy valveBOT
solar wedge
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yeah sorry

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i'm clueless

topaz valley
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rip

solar wedge
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we didn't even learn about factorials yet lol

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or matrices

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just starting 9th grade

topaz valley
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kind of a big question for 9th grade

solar wedge
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only new things we've learned are these inequalities (am gm hm, cauchy schwartz, minkowski)

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and quadratic equation stuff

topaz valley
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maybe cauchy schwarz then

solar wedge
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yeah but how

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i don't see a way to apply that here

topaz valley
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you just collapse it in

glossy valveBOT
topaz valley
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is the first step for example

solar wedge
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lol you really like the rainbow

topaz valley
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repeat

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lol

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its my specialty 😉

solar wedge
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i have to admit

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it's cool

solar wedge
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got it

topaz valley
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wait

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that doesnt give 2^n though

solar wedge
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it should be

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...

topaz valley
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🤔

solar wedge
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yeah

solar wedge
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i think

topaz valley
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hmmmmm

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maybe im tripping

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the RHS should be squared

glossy valveBOT
topaz valley
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this gets kinda yuck

solar wedge
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nope

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i'm gonna do this tommorow

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too much work for now

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already had to go through 4 pretty hard inequalities (for me)

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.close

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vernal ruin
#

so im working on a quesiton

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vernal ruin
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im trying to solve a probability question. If there are two 6 sided dice, what is the probability of a 1 not appearing on either dice

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i concluded that the probabilty is 35/36, since there could be only one possible event wher both are 1's

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but my friend is saying that it is 25/36

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how is it 25/36?

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nevermind

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.close

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sacred fog
glossy valveBOT
#

illuminator3

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#

@sacred fog Has your question been resolved?

nova basin
#

You'd probably have more luck asking him directly

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@sacred fog Has your question been resolved?

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nova island
#

For 2, part b. How would I go about that?? I know induction you show P(1) is true, assume P(n) is true, then show P(n+1) is true if P(n) is true. But how would I go about that process?

nova island
#

Would I work from pointing out r in the Euclidean algorithm that r=a-bq

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<@&286206848099549185>

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@nova island Has your question been resolved?

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full forumBOT
fleet cedar
#

.close

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nova island
#

.reopen

nova island
deft zodiac
#

u cant reopen someone elses channel

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only i can

nova island
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Did I do that? Sorry I’m pretty new to discord, I legit thought this wasn’t anyone else’s channel yet

deft zodiac
#

no like

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u dont have the permissions to

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hahaa

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minor topaz
#

Hello. I have gotten the right substitution value yet after making the substitution I am getting the wrong answer. The part at the end is sinh(t). Is the answer 256sinh^4(t)?

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@minor topaz Has your question been resolved?

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@minor topaz Has your question been resolved?

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@minor topaz Has your question been resolved?

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solar wedge
#

$a^{2}+b^{2}+c^{2} \ge ab+ac+bc$

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glossy valveBOT
#

PryingOpenMy3rdEye

solar wedge
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$\forall a, b, c \in \mathbb{R}^{+}$

glossy valveBOT
#

PryingOpenMy3rdEye

solar wedge
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Haven't got anywhere with what I did

topaz valley
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this looks like a job for am gm

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consider

solar wedge
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i'm gonna have nightmares with am gm at this point

glossy valveBOT
topaz valley
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the rest you can probably figure out

solar wedge
#

oh

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thanks

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and sorry for asking such a stupid question

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.close

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full forumBOT
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open quail
#

So for rolling a 12 with 2 dice the probability is 1/36 but the answers say that it will occur once in 50 times, what does that mean

open quail
#

I understand how you get the 1/36 but have no clue why it would be expected to roll a 12 once every 50 times

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I just tried 1 divided by 36

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and got 0.02

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and then 1/0.02

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which gave me 50

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but I've never heard of this before

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is this how it works?

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<@&286206848099549185>

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@open quail Has your question been resolved?

open quail
#

thanks

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.close

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lapis marsh
#

how to solve this with significant figure
why is 0.030 m^2 wrong?

spice orchid
#

what are the exact instructions

ebon shadow
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You could try to put it in scientific notation

lapis marsh
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this is the anwser but idk how to solve that

spice orchid
lapis marsh
#

what do you mean with that

spice orchid
#

when given a problem, there are instructions that come with it, what are they?

lapis marsh
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there are no instructions

spice orchid
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well great then you dont have to do anything

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