most impossible

[jagged mesa]

would that jjust be

C with a /

in it

is a subset of b tho

it just asks that

[hybrid saffron]

no

[jagged mesa]

alr

now

"if x is an improper subset of y, then x = y"

its correct right

bcuz improper contains all

yea

ok now ven diagrams and union and intersection 😔

time to read alot of yap sighh

[hybrid saffron]

lol

[jagged mesa]

wtf are non disjoint sets

[hybrid saffron]

for $A={a_k}$ and $B={b_k}$, where the $a_k$ and $b_k$ denote elements, we have that $A\cap B$ is where $a_k=b_k$

[hybrid saffron]

sets that have at least one element in common

[naive grotto]

flying green people eater

[jagged mesa]

alrr

so that would be in the intersection and allat

[hybrid saffron]

yes, if the intersection of two sets is non-empty, then it is non-disjoint

[jagged mesa]

the union is everything in both sets?

[hybrid saffron]

in notation, if $A\cap B\notin\emptyset$, then $A$ and $B$ are non-disjoint sets

[naive grotto]

flying green people eater

[hybrid saffron]

yes

[jagged mesa]

whats the uh "e" and "0"

[jagged mesa]

what about the universal then

everything in one set?

[hybrid saffron]

the "e" means in, and the "O" means the empty set

[hybrid saffron]

uh, idk about that

[jagged mesa]

yea ok

"the universal set is the set that contains all elements under consideration. Every set is a subset of the universal set"

ohh

the universal set is what could be

and the union is whats in both circles

yes yes

[jagged mesa]

wait uh im confused

so A = (15) and B = (13)

U (13)

but in the venn diagram it has uh 15-y for A

y in the intersection

and 13-y for B

and 2y in the "box" on the outside

[hybrid saffron]

send picture

[jagged mesa]

cant sadly

my phones broke E_E

wait ill draw it

uh

the u at the top corner is meant to be (30)

lol

[jagged mesa]

.

[rapid tendon]

i havent done subsets

and im trash at venn diagrams

and i can’t remember some set notations

so im pretty much no help here 😭 srry

[jagged mesa]

damn

probability??

and probability and statistics*

[jagged mesa]

and anyways dw about that

[rapid tendon]

ye

i hate all that stuff it bores me rah

pure is where its at

[jagged mesa]

pure??

[jagged mesa]

anyways i have to do that

if u mind helping me w it

but later

[rapid tendon]

if i can do the questions sure but no promises

[rapid tendon]

ya

like calc

algebra

allat

fun stuff

no statistics

[jagged mesa]

ohhh

ye i gotta learn algebra too

if ur more comfy with it idm

[rapid tendon]

yeah go for it send me questions

i can help

make a new thread and ping me

this is your friends one

make one and ping me in it and send something for me to teach/help with

[hybrid saffron]

other acc is ur alt right

[rapid tendon]

i feel like thats the case too but ion wanna assume

[jagged mesa]

na we are irl friends in the same class

[jagged mesa]

yo so when do u feel like doing algebra

[hybrid saffron]

i can do it rn

[jagged mesa]

o alr bet

so were do we start

[hybrid saffron]

just send a few problems

or things that you have trouble with

[jagged mesa]

oh uh

i guess ill start with like the easiest stuff from algebra

lemme find stuff then

uh do u have questions u could give or

[hybrid saffron]

which algebra specifically

quadratics?

[jagged mesa]

hm lets start with the basics ig

addition and subtraction right?

tho quadratics is smth def coming up on the test

[hybrid saffron]

oh ok

x-5=3

what is x

[jagged mesa]

ok so

i think that u

bring over the x onto the right side

wait no

nvm

bring 5 over

[hybrid saffron]

you need to “isolate the x”

[jagged mesa]

so x = 8?

ye

[hybrid saffron]

like what we did with the original equations

[jagged mesa]

ye ye

so x = 3+5

[hybrid saffron]

yes

[jagged mesa]

so x is 8

[hybrid saffron]

yep

what about 3x-5=7

[jagged mesa]

alr i think some division here

wait

ok.

3x = 7+5

then.

ye

3x=12

[hybrid saffron]

yep

[jagged mesa]

12 div 3 is 4

so x = 4

[hybrid saffron]

mhm

ok

do you know how to solve quadratic

[jagged mesa]

no

i didnt listen to nun in 7th grade lol

[hybrid saffron]

ok solve x^2-4=0

[jagged mesa]

is ^ multiply?

[hybrid saffron]

no, it’s raising to a power

$x^2-4=0$

[naive grotto]

dark matter

[jagged mesa]

ohh okay

[hybrid saffron]

first isolate the x^2

[jagged mesa]

so x^2 = 4

[hybrid saffron]

yeah

now square root

[jagged mesa]

alr

then root would js be x = 2 right

[hybrid saffron]

yea

[jagged mesa]

ok

[hybrid saffron]

but there is 2 solution

[jagged mesa]

oh

[hybrid saffron]

$x=\pm 2$

[naive grotto]

dark matter

[hybrid saffron]

to explain this

[jagged mesa]

x_x

[hybrid saffron]

what is (-2)^2

[jagged mesa]

tff is that LOL

[jagged mesa]

can u do that thing

like visualize it

[hybrid saffron]

$(-2)^2$

[naive grotto]

dark matter

[jagged mesa]

i think thats just 4

[hybrid saffron]

yeah

so what is 4-4

[jagged mesa]

@coral hinge

[jagged mesa]

0

[hybrid saffron]

ye

so $(-2)^2-4=0$

[naive grotto]

dark matter

[jagged mesa]

ye

so 0-0 = 0

i mean

4-4 = 0 = 0

[hybrid saffron]

yes

so does it satisfy the original equation?

$x^2-4=0$

[naive grotto]

dark matter

[jagged mesa]

this?

[jagged mesa]

oh

wait

but was that not just 2?

x = 2

[hybrid saffron]

yeah

[jagged mesa]

so uh wdym satisfy

[hybrid saffron]

there is always two solutions to a quadratic, whether real or complex

[jagged mesa]

oh

ohh

that was just another way to solve it?

[hybrid saffron]

no, -2 satisfies the original equation

thus, x=-2 is a solution

[jagged mesa]

oh yes yes ik wym

[jagged mesa]

but how did u get -2 from this

[jagged mesa]

OHH

because we found x then subbed?

[hybrid saffron]

yep

[jagged mesa]

but i thought x was 2 not -2

one sec

[hybrid saffron]

look at what i said earlier.

[hybrid saffron]

this.

[jagged mesa]

this?

oh

mb lol

[jagged mesa]

so the -2 we kinda just "Made up"

[hybrid saffron]

not necessarily “made up”

[jagged mesa]

well i dont understand were its coming from

[hybrid saffron]

okay, are you on your computer?

[jagged mesa]

ye

[rapid tendon]

send any questions and ping me but rn you have some1 helping u

so later, if you need help later

[jagged mesa]

ok

[hybrid saffron]

okay, open up desmos.com/calculator

[jagged mesa]

opened

[hybrid saffron]

what i want you to do is graph x^2-4

and graph y=0

you will see the symmetry of the quadratic

[jagged mesa]

oh i should of seen this coming :/

[hybrid saffron]

haha, lol

[jagged mesa]

WAIT

were do i put y = 0

cuz its like infinite high lol

[hybrid saffron]

into one of the boxes

there should be some boxes on the left

(i am currently on my phone right now, so you have to get through this)

[hybrid saffron]

yep!

see how x^2-4 is symmetric?

[jagged mesa]

yes

[hybrid saffron]

that’s why there is two solutions

[jagged mesa]

i know quadratics are U shaped

ohh wait

so lets say if it was x = 3

-3 works?

[hybrid saffron]

yes

[jagged mesa]

OH

see how -4 is also on the graph though

like uhi think thats the y axis tho

[hybrid saffron]

in general, for a quadratic in the form $x^2-c=0$, the solutions are $x=\pm\sqrt{c}$

[naive grotto]

dark matter

[jagged mesa]

WAIT

ohh im stupid af

the sign means flip

the weird looking T thing

[hybrid saffron]

no

[jagged mesa]

oh

[hybrid saffron]

$\pm$ means plus and minus

[naive grotto]

dark matter

[jagged mesa]

oh

[hybrid saffron]

the plus is on top and minus is in bottom

$\mp$

[jagged mesa]

yea

[naive grotto]

dark matter

[hybrid saffron]

that means minus and plus

[jagged mesa]

does it mean plus or minus

or

cuz how tf do u plus and multiply

[hybrid saffron]

so, $\pm$ and $\mp$ are flipped operations

[naive grotto]

dark matter

[hybrid saffron]

*minus

you don’t.

you just know you have 2 cases where one is plus and one is minus

[jagged mesa]

mhm so it can be plus or minus

alr do i do another quadratic then

[hybrid saffron]

for example (and this is a little advanced), for $x^2-4x-1$, the solutions are $x=2\pm\sqrt{3}$

[naive grotto]

dark matter

[jagged mesa]

oh

[jagged mesa]

ye ye alr

[hybrid saffron]

👍

so now, i’m gonna teach you factoring

[jagged mesa]

i js never seen it before lol

ok

[hybrid saffron]

let’s take, for example, $x^2-3x+2=0$

[naive grotto]

dark matter

[hybrid saffron]

now, we can do one of two methods.

the “cross” method which i cannot show as i am on my phone without paper

[jagged mesa]

hopefully the other method is easier

[hybrid saffron]

or, the “split” method which i can teach you, and is very similar to the cross method

[jagged mesa]

lol

yea okay

[hybrid saffron]

so, the split method goes liek this

$x^2-3x+2=x^2-2x-x+2=x(x-2)-1(x-2)=(x-1)(x-2)$

[naive grotto]

dark matter

[jagged mesa]

alr

many equal signs

[hybrid saffron]

basically, we find 2 numbers such that they add to -3 and multiply to make 2.

[jagged mesa]

always or in this situation

or this equation*

[hybrid saffron]

in this situation

[jagged mesa]

alr

am i doing it or

nvm

[hybrid saffron]

in general, for a quadratic $ax^2+bx+c=0$, we need to find 2 numbers such that they multiply to c and add to b

[naive grotto]

dark matter

[jagged mesa]

ohh

oh oh oh oh oh ohh

i would of asked down the line how do we know what numbers to find

so that makes sense

[hybrid saffron]

yeah

now try it with $x^2-4x+4$

[naive grotto]

dark matter

[jagged mesa]

so -4 and 4

so add to make -4

and multiply to make 4 right

[hybrid saffron]

yes

[jagged mesa]

so -2?

o 2 numbr

yes

so -2 and 2

[rapid tendon]

yea

[hybrid saffron]

ah.

no.

[jagged mesa]

oh

[hybrid saffron]

add to make negative 4

[jagged mesa]

oh right

lol

[hybrid saffron]

and multiply to make positive 4

[rapid tendon]

oops mb for sayin yes i didnt read it right

[jagged mesa]

uh how do i add to make negative 4 lol

[rapid tendon]

@jagged mesa take all the factors of two down

positive 2 factors

[jagged mesa]

1 and its self right

[rapid tendon]

2,2
-2,-2
4,1
-4,-1

[jagged mesa]

o

[rapid tendon]

all of these multiplied make 4

positive 4

[jagged mesa]

ye

[rapid tendon]

now add each pair til you find the one that satisfies this

[jagged mesa]

out of these?

i would say -2 but -2-2 isnt adding really its subtracting right

[hybrid saffron]

well, it’s (-2)+(-2)

[jagged mesa]

oh right brackets exist

[jagged mesa]

i said -2 here tho and it was wrong

[hybrid saffron]

yeah, because -2+2=0

[jagged mesa]

yea yea ik but i meant

-2+-2 = -4

and 2x2 = +4

[hybrid saffron]

you need to communicate that clearer then

i read it as -2 and 2

[jagged mesa]

ye mb

ok so what should i do now that i found it

@rapid tendon i think dark is helping someone rn

what do i do now that i found the 2 numbers is that just it?

[hybrid saffron]

split it

$x^2-4x+4=x^2-2x-2x+4$

[naive grotto]

dark matter

[hybrid saffron]

(and yes, i am helping someone else, thank you for taking notice)

[jagged mesa]

u are helper of the week (should be helper of the year lol)

[jagged mesa]

how come the +4 stays and were did the two 2x's come from

[hybrid saffron]

the +4 stays because it’s a constant

and -2x+(-2x)=-4x, which was in the original equation

[jagged mesa]

+4 is c right?

[jagged mesa]

OH

WE DONT split everything then?

split b and uh keep c?

[hybrid saffron]

yeah

sorry for not clarifying this

[jagged mesa]

oh yea dw about it

is there anything we have to do after that?

[jagged mesa]

tbf ur helping mutiple people at once prolly rushing back and forth lol

[hybrid saffron]

yeah, “mini” factoring

[jagged mesa]

o

how to doddod

[hybrid saffron]

i.e., we now have (x^2-2x)+(-2x+4)

[jagged mesa]

yeye

$ (x^2-2x)+(-2x+4)

.

$(x^2-2x)+(-2x+4)

[hybrid saffron]

$codr$

[naive grotto]

dark matter

[jagged mesa]

dang i dont have perm

o

[hybrid saffron]

no.

[jagged mesa]

$codr$(x^2-2x)+(-2x+4)

sigh

OH

[hybrid saffron]

no.

[jagged mesa]

oh

[hybrid saffron]

i was just saying $code$ as an example

[naive grotto]

dark matter

[jagged mesa]

oh alr lol

(x^2-2x)+(-2x+4) so we have this yeyeye

[hybrid saffron]

in reality, it’s $(x^2-2x)+(-2x+4)$

[naive grotto]

dark matter

[jagged mesa]

yes

now do we solve this?

so like

[hybrid saffron]

so, we can factor an x of the left term and a -2 out of the right term.

[jagged mesa]

factor out means divide or

[hybrid saffron]

like “taking out”, i suppose

[rapid tendon]

-2+-2 = -4 so yes

[hybrid saffron]

i.e. x^2-2x=x(x-2)

[rapid tendon]

damn mb for the late reply

i got work due tmr lol

[hybrid saffron]

ok

[jagged mesa]

oh yes

thats simplifying it right

kinda

ig

[hybrid saffron]

yeah

[jagged mesa]

ohh okay

so

after we

get x(x-2)

do we do smth with -2x on the left and +4 on the right or

[hybrid saffron]

yes, what do you think?

[jagged mesa]

factor also

but

[hybrid saffron]

what common factor do they have?

[jagged mesa]

2

[hybrid saffron]

yeah, so factor that out

[jagged mesa]

x can be a common factor though right not for that but i mean if it had to

alr

so 2(-x+2)

[hybrid saffron]

(actually, in general, if there is a negative on the front of the right term, you should take it out)

[jagged mesa]

oh

so how do we take it out

[hybrid saffron]

just factor out the negative

[jagged mesa]

uh

[hybrid saffron]

divide everything inside the brackets by negative

[jagged mesa]

oh

so -/-2x+4?

[hybrid saffron]

eh, i guess

[jagged mesa]

alr

so just -2x+4

or

[hybrid saffron]

-(2x-4)

so it would be -2(x-2)

[jagged mesa]

OH..

oh ok

but how is that taking out

if theres still a minus in the bracket

[rapid tendon]

ur taking the -2 out so its x-2

[rapid tendon]

x square -2x

[jagged mesa]

o ok

[rapid tendon]

same as

x(x-2)

[rapid tendon]

x-2 in this one too

[hybrid saffron]

yeah, i’m gonna go relax for a bit

jam, you. can take over

[jagged mesa]

alr ty for helping me this far

enjoy the break lol

[rapid tendon]

this turns into x(x-2)-2(x-2)
what do you think happens now?

[rapid tendon]

will do for a while before i go cz its getting late for me

[jagged mesa]

its either solved or we "Piece" it back together

[rapid tendon]

look at the

theres

[jagged mesa]

oh

[rapid tendon]

something common

[jagged mesa]

(x-2)

[rapid tendon]

right

yessir

[jagged mesa]

2 (x-2)

but uh

what do we do with them

[rapid tendon]

factor both by x-2 whatd u get

[jagged mesa]

factor x-2 by x-2?

[rapid tendon]

yeah, take the (x-2) out

like this

2k -ak

k(2-a)

i took the k out

[jagged mesa]

oh yea

[rapid tendon]

do the same thing with x-2 there

[jagged mesa]

so would it not just be

x-2(x)

or

i mean

[rapid tendon]

here, we established k is common

so we took it out

[jagged mesa]

yea

[rapid tendon]

here, x-2 is common

so you can take it out in the same way

the entire (x-2)

[jagged mesa]

yes but what do we replace it with

0?

so

x(0)-2(0)

[rapid tendon]

im confused why you are replacing it with something

[jagged mesa]

cuz x()-2() makes no sense

or is it just x-2?

[rapid tendon]

k-2ak

factor k out

[jagged mesa]

well that would js be

k(2a)

i mean

k(-2a)

[dull pasture]

Hii what's the qst pls didn't understand it

[rapid tendon]

remember, k-2ak is same as (1)k -2ak

[jagged mesa]

the original reason why this was made is over but now i need to learn

7th-9th grade stuff

[dull pasture]

Oh ok

[jagged mesa]

oh right

[rapid tendon]

it was just rearranging equations

[rapid tendon]

factor k out here now

[dull pasture]

Thx

[jagged mesa]

so

wait yea ik k is 1 but

obviously its not 1(-2a)

[rapid tendon]

k(1-2a)

multiply this out

[jagged mesa]

. oh

yea k-2ka

ye ye ik now for that one

[rapid tendon]

now

x(x-4)-3(x-4)

factor x-4 out here in the same way as u did with k

same process

[jagged mesa]

ok

1(x-4)-3(x-4)?

wai

aoaoeaoeaoeeaeoae

is factor out take out?

[rapid tendon]

yes

like

1k-2ak i took out the k

so

k(1-2a)

see how the k is outside

[jagged mesa]

yea

[rapid tendon]

do that here

(x-4) take it out

[jagged mesa]

ohhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh

i think

x-4(1+1) for the first part ??

but i feel like thats too simple or sum

so it cant be

[rapid tendon]

(x-4)(x-3)

https://youtu.be/1WpUUS3t_aI?si=ezMxRhhdxyCwScin

https://youtu.be/yIShSwge8bw?si=60PqFiYyGnyHt6gX

i gtg for now

but mybe try these

[jagged mesa]

ok bye

gn since ik ur going to sleep

[rapid tendon]

yea will do in a few probably

i got school tmr lmao

if u watch them and have any qs ping me

[jagged mesa]

yuh same

[jagged mesa]

alr

[jagged mesa]

these are way easier tho

wait

[rapid tendon]

okay lets start from the top

$4x^2 -x -2$

[naive grotto]

Jam

[jagged mesa]

alr

[rapid tendon]

hold on

im tryna figure out smth thats easy

this one works

[rapid tendon]

whats your first step on this?

[jagged mesa]

we can take out 2 and a x i think

[rapid tendon]

remember what exiled told u

multiply for -2, add for -1

[jagged mesa]

OHHHH

ye

mb mb

[rapid tendon]

because -1 is coefficient of x

like -1x

what two numbers multiply to -2 first? list all pairs

[jagged mesa]

alr

multiply

hm

wait

oh yea

wait no

orjdfgdjgodkfgdjfgkdg

[rapid tendon]

whats 1 * 2

[jagged mesa]

2

[rapid tendon]

what two numbers make negative 2 then

[jagged mesa]

oh yea i thought that it has to be the same number

1*-2

[rapid tendon]

there are two possible pairs

and?

[jagged mesa]

reverse doesnt count?

like

[rapid tendon]

nah

[jagged mesa]

wai

-1*2

[rapid tendon]

perfect

which of these add to -1

[jagged mesa]

hm

-1*2 this?

[rapid tendon]

1 + -2
2 + -1

[jagged mesa]

o

[rapid tendon]

2-1 is 1, so its positive 1

we want negative 1

[jagged mesa]

ye

so 1-2

[hybrid saffron]

my brain is shit on not working so well

[jagged mesa]

yea i thought 1*2 was 1-2 aejauehsifkdifhsf

[hybrid saffron]

i have this splitting headache

[jagged mesa]

same my brain is completely deep fried

[hybrid saffron]

[rapid tendon]

yes

[jagged mesa]

i keep laughing because of how dumb i probably look to both of u lol

[rapid tendon]

$4x^2 -x -2$
same as
$4x^2 -2x +x -2

[naive grotto]

Jam
Compile Error! Click the reaction for more information.
(You may edit your message to recompile.)

[rapid tendon]

wtf

ou nvm

[jagged mesa]

yea cuz of split right

[rapid tendon]

what do u think u can do here?

[jagged mesa]

one sec

lemme get the notation

(4x²-2x)(x-2)

o maybe not

or*

cuz that makes 0 sense

factor?

so like

[rapid tendon]

how did you get there, first?

[jagged mesa]

splitting

wait

wtf am i sayin

saying

we got 1 and 2 from the

na man im slow asf

[jagged mesa]

ANYWAYS this thing

[jagged mesa]

this too

[rapid tendon]

$4x^2 -x -2$
$4x^2-2x+x-2$

$(4x^2-2x) + (x-2)$

[naive grotto]

Jam

[rapid tendon]

i grouped them like this

now factor 2x out of the one on the left

[jagged mesa]

2x(2-1)

i was thinking of grouping but i didnt understand cuz of (x-2)

[rapid tendon]

whats $4x^2$ divided by 2x

[jagged mesa]

wait

[naive grotto]

Jam

[jagged mesa]

2x

i meant to say 2x

2(2x-1)

[rapid tendon]

yes

[jagged mesa]

alr

[hybrid saffron]

whar

[jagged mesa]

oh no

that cant be good lol

[hybrid saffron]

i think bro forgot an x

[jagged mesa]

oh

.

[asdlfksdofdalskdfi[opkf

yea mb

[rapid tendon]

im cooked

can wd do this tmr

[jagged mesa]

2x(2x-1)

[rapid tendon]

im actually friend

i cant even do it myself

im fried asf

[jagged mesa]

yea ofc dw lol

i got maths tmrw tho and ive been out for 5 days

i maybe cooked

we will see

anyways ty both of u lol

gn guys ill txt u tmrw here and u can respond whenever

bye bye

[rapid tendon]

all good

[hybrid saffron]

wait.

i’m going to post a full proof of the quadratic formula here.

[rapid tendon]

i love that one

its so cool

[jagged mesa]

o ok

[hybrid saffron]

Prove that for $ax^2+bx+c=0$, that $x=\frac{-b\pm\sqrt{b^2-4ac}}{2a}$\
We have that $ax^2+bx+c=0$. By completing the square, we get $\left(x+\frac{b}{2a}\right)^2-\frac{b^2}{4a^2}+\frac{c}{a}=0$. Thus $\left(x+\frac{b}{2a}\right)^2=\frac{b^2-c(4a)}{4a^2}$. Thus $x+\frac{b}{2a}=\pm\sqrt{\frac{b^2-4ac}{4a^2}}$, and $x=-\frac{b}{2a}\pm\frac{\sqrt{b^2-4ac}}{2a}$. Thus
$$x=\frac{-b\pm\sqrt{b^2-4ac}}{2a}$$, Q.E.D.

[naive grotto]

dark matter

[hybrid saffron]

this may not make sense, but this is the full proof

which leads us into our next method, completing the square

[jagged mesa]

o

ye theres alot of symbol but lemme have a look at it properly

g0fodsifosfkas[dogosgk

yea no my brain is cooked lol

[jagged mesa]

yo

yee guys my tests on tuesday.

[rapid tendon]

gl

[jagged mesa]

not this tuesday

mb for not clarifying

but like next tuesday

so i got some time to study and allat

ok

i think we should do algebrac fractions

sadly theres probability aswell

also some shi we havent done like statistics and indicies

though i done nothing i mean literally unheard of

though i know like 2 laws of indicies

[rapid tendon]

sure send a question il go thru it when ik free tmr unless sm1 else does

[jagged mesa]

ok ill send some when ur free

[jagged mesa]

that easy right?

[jagged mesa]

never done it before

not sure

[jagged mesa]

ah np np just work hard

[jagged mesa]

could u give tips on it?

[jagged mesa]

start

just start

[jagged mesa]

alr in about an hour

gotta shower and allat

[rapid tendon]

js send whenever lol

[jagged mesa]

o alr

[jagged mesa]

@coral hinge

we gon do algebra.

[coral hinge]

k.

[jagged mesa]

Those who know how to add fractions..

wait no

im gon do normal stuff first

so look lemmget soome question

WAIT

I NEED PEN OR PENCIL

WAIT

I SEE ONE

ok

IM GET questios

btw why u invisible mod

e

mode

[coral hinge]

so when i get off you expect that im still here

nvm.

[jagged mesa]

??

[coral hinge]

i forgot its only for my other acc

Happy?

jk

[jagged mesa]

wait

lemme get a new book so

all of it is study

[coral hinge]

should i get

[jagged mesa]

ye

[coral hinge]

okay got

[jagged mesa]

ok.

you know what natural numbers are

or na

[coral hinge]

explain

i havent heard of that before

[jagged mesa]

wait

[coral hinge]

?

[jagged mesa]

ffirst write what u think they are

in copy

[coral hinge]

in copy?

are you there @jagged mesa

[jagged mesa]

mb

nvm

dont bother do that

take this down.

[coral hinge]

wym by take down

[jagged mesa]

write it down

[coral hinge]

oh

[jagged mesa]

ok after u do that

do that but instead u have 35

and solve.

u need to find the lowest that divide into it

each time

till u reach 1

then multiply all of the numbers u used to divide with

[coral hinge]

wait

there cant be any decimals?

@jagged mesa

[jagged mesa]

o

wym

well not yet no

[coral hinge]

like

if i divide 35 with 2

[jagged mesa]

no no decimal

that wouldnt be natural number.

[coral hinge]

ohh right forgot

[jagged mesa]

the lowest number that divides into 35?

what is it

[coral hinge]

natural are 1 and above?

[jagged mesa]

yea

[coral hinge]

5?

[jagged mesa]

example 1,2,3,4,5

[jagged mesa]

yes

[hybrid saffron]

hello

[coral hinge]

then it would be 7 by then

so i just divide with 7?

[jagged mesa]

1762???

[hybrid saffron]

still need help?

[jagged mesa]

oh

yo

[hybrid saffron]

this is your freind, correct?

[jagged mesa]

7 div 7 whats that

[jagged mesa]

ye

wraiths my friend

[coral hinge]

1

[hybrid saffron]

great!

[jagged mesa]

im js doing natural numbers irrational numbers and all

allat*

[hybrid saffron]

what are you working on right now?

[jagged mesa]

@hybrid saffron whybis this convo so long any idea

[hybrid saffron]

maybe because it’s a 3-day long convo.

[jagged mesa]

ye

[hybrid saffron]

maybe it’s because i’ve been participating in it.

[jagged mesa]

Yeah but the question seemed like it won't last more than 200 messages

yo why does the

😭

why does the 2 cancel?

2's*

[hybrid saffron]

maybe, it’s because me and jam have been rotating as helpers.

[jagged mesa]

for hcf of 12 15 and 18

Caus it isn't in 15

Obv

[jagged mesa]

because i done more then just hte question

[hybrid saffron]

maybe, it’s because there’s more than one topic mentioned?

[jagged mesa]

thought so

[jagged mesa]

ok no need to be my son it was a question. obv.

im being careful

cuz look buddy.

i aint ever do these and also.

i got huge exam on tuesday.

if i fail im kicked out of higher maths.

Proud of you

thanks for the sarcasm

anyways

[hybrid saffron]

dude you’re pissing OP off...

just leave

[jagged mesa]

U can stop being his PA

[hybrid saffron]

i’ve been helping him for 3 days?

[jagged mesa]

shh

[hybrid saffron]

i have a responsibility???

[jagged mesa]

ye exactly

No u dont

[hybrid saffron]

then you don’t know what a helper is.

reconsider and please stop cluttering the thread

[jagged mesa]

exactly

😔

anyways

[hybrid saffron]

anyways, what were you doing?

[jagged mesa]

i think im good enough at natural numbers and allat

[hybrid saffron]

prime factorization?

[jagged mesa]

js going from the start

yea

wait

now lcf

or i mean LCF

[hybrid saffron]

oh, okay

your example was 35 right?

[jagged mesa]

no i just made up one

for my friend

hes not in my grade but i thought it would be efficent if he done it with me

whys it asking for the first multiples

anyways

[coral hinge]

next question teacher stop slacking

jk

[hybrid saffron]

...

i do hope your joking

i have a competition in 30 minutes.

[coral hinge]

jk = just kidding

and i mean khrushedd

[hybrid saffron]

becuase it’s LCM

[jagged mesa]

how tf is 420 low

[hybrid saffron]

yeah, you take the least common multiples

[hybrid saffron]

it doesn’t have to necessarily be low.

[jagged mesa]

so 420 is the LCM??

[hybrid saffron]

for example, if we take 2 different primes, their LCM is their product.

[hybrid saffron]

👍

[jagged mesa]

alr

can u give me 2 primes i can do then

and ill try get the lcm

37 and 91

OH WAIT

its lcm not factor

[hybrid saffron]

yeah

[jagged mesa]

Bet.

wait

buddy not slick

What's the idea between the title most impossible

[jagged mesa]

could u give me 2 numbers rq and ill get the lcm

[jagged mesa]

Also is this really higher math

[hybrid saffron]

24 and 18

[jagged mesa]

no THIS isnt

im starting from grade 7-grade 9

[hybrid saffron]

he has to relearn it.

[jagged mesa]

because i didnt listen in grade 7 or 8

so im relearning lolol

[jagged mesa]

ok

and for grade 9 i only got moved up to higher so i gotta learn everything

It's good that u have the option . My classmates don't do it and keep gsjling

na we dont got the option

Failing*

all the teachers know me and shi

Like it's not a culture at all

so they gave me redemption

For anyone to do past stuff

[hybrid saffron]

anyways

[jagged mesa]

ohh

Once u pass that grade

yh its stored and shi

[hybrid saffron]

what is the lcm of 24 and 18

[jagged mesa]

ill do it

36?

i got 2x2x3x3 anyways

What in the fuck in the

i dont have a calc rn LOL

[hybrid saffron]

no.

[jagged mesa]

ok

wait

Do u need a calculator to do that

no

[hybrid saffron]

we have 2x2x2x3 and 2x2x3x3

[jagged mesa]

im not the most reliable for maths

[jagged mesa]

and?

[hybrid saffron]

so now, what can we do?

[jagged mesa]

but look

[hybrid saffron]

we have the 2x2 common, as well as a 3

[jagged mesa]

this is what i did

[hybrid saffron]

but what about the other ones?

[jagged mesa]

wym

ill explain how i got 36

so look

2 in 24

12

then 2 in 12 = 6

then i went 2 in 6 again

or should i have went 3 in 6

What grade are u in now

9th

[jagged mesa]

No go 2

Then 3

i did

ok then its the making the multiply i went wrong or sum

[hybrid saffron]

yeah, 3 in 6 would be better

and add a 2

(idrk what your notation is, sorry if i’m misinterpreting it)

[jagged mesa]

alr

then for 18

i did

2 into 18

9

3 div 9

3

and then 3 div 3

1

then i have

[hybrid saffron]

yeah

[jagged mesa]

three 2's on the left side

and one 3

and one 2 on the right side

and two, 3's on the right side

[hybrid saffron]

yeah

[jagged mesa]

so

if u have a pair

doesnt it count as 1

if ykwim

[hybrid saffron]

no.

you count both

(again, idrk what you’re saying)

[jagged mesa]

like

[hybrid saffron]

if you’re talking about something like 2x2 and 2x2, you keep it

as one

[jagged mesa]

no

see how hes like circle or sum

How did u survive 3 days in this haunted desert exhiled hype

[hybrid saffron]

i just did?

[jagged mesa]

yap yap

[hybrid saffron]

it isn’t too hard?

[jagged mesa]

It is actually

then your a bad helper

simple

[hybrid saffron]

if you’re not willing to dedicate your time, then idk why you even have HOTW in the first place

[jagged mesa]

I don't think u are in a position to defend or counter argue with me when u chose to be in this position

[jagged mesa]

wym

nun argue

[hybrid saffron]

he chose?

[jagged mesa]

u dont have a point to argue against

??

look corazon boy take it to dms LOL

Like if u suck at maths and if i say something just accept your fault instead of justifying it

wym

nun suck

buddy expect me to know all from the start

[hybrid saffron]

dude, you’re being condescending.

there’s a difference between ignorance and a willingness to learn.

[jagged mesa]

dw dw

anyways

[jagged mesa]

Caus i helped a lot of people?

[jagged mesa]

na ur not allat

[hybrid saffron]

yeah, so you stayed your reasoning

why was that your final answer?

[jagged mesa]

Which final answer

see how hes circle

[hybrid saffron]

no correlation.

[jagged mesa]

isnt he pairing or smth

[hybrid saffron]

the circle is for common factors

we build off of those to create the LCM

[jagged mesa]

because if he wasnt then there should be 3 twos in that

[jagged mesa]

U asked how I'm hotw and i said i helped people how is there no correlation

[hybrid saffron]

as in, dedication, and the amount of people helped

i can bet you haven’t stayed with someone for more than 1 day.

much less one month.

[jagged mesa]

I haven't yes , I don't view the help post the same way you do

Doesn't mean your perspective supercedes mine

[hybrid saffron]

which is precisely why you should change your view

[jagged mesa]

??

when did he say his perspective was better

u came in here whining from the start

lower ur ego

Kid shut up

[hybrid saffron]

try to have some dedication instead of just berating an OP 5 messages into a post.

[jagged mesa]

U don't know shit

seems like your mad dark matter can actually help LOL

wym i dont know shit

ur my son

ur calling me kid yet id beat yo ass irl