#help-38

1 messages · Page 124 of 1

limpid dawn
#

,,\lim_{n\to \infty} a_n = \lim_{n\to \infty} \frac{1}{\sqrt{2n+1}}

solid kilnBOT
#

now what (𝔸dωn𝓲²s)

left oriole
#

you had a_n correctly, what happened

limpid dawn
#

what happens as n grows pretty big?

urban copper
#

,, \quad 0 < \frac{1}{\sqrt{2n + 3}} < \frac{1}{\sqrt{2n+1}}

left oriole
#

you want to do that without hte (-1)^n

urban copper
left oriole
#

a_n is the part without the (-1)^n

limpid dawn
left oriole
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^ correct, so a_n is decreasing

solid kilnBOT
#

calc_and_real_anal

left oriole
#

now show that it decreases to limit zero

urban copper
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how

left oriole
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what happens to the denominator as n->inf?

urban copper
#

infty

left oriole
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right

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so what happens to the overall fraction as n->inf

urban copper
#

approaches 0

left oriole
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right

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so the alt test applies

urban copper
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wdym

limpid dawn
left oriole
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the two conditions 1 and 2 hold

urban copper
left oriole
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that's what i mean by "applies"

urban copper
limpid dawn
urban copper
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how

left oriole
left oriole
limpid dawn
urban copper
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is this enough justification?

left oriole
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denominator gets bigger --> fraction gets smaller

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well it really depends on the context

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whether it's enough justification

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i would err on being explicit if you're being graded on this

limpid dawn
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at least that was the case for me

left oriole
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you could start with the obvious
2n+1 < 2n+3

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then use monotonicity of sqrt

urban copper
limpid dawn
left oriole
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and the fact that 1/x is decreasing

urban copper
#

okay a moment

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,, 0 < \frac{1}{\sqrt{2n + 3}} < \frac{1}{\sqrt{2n+1}} \ 0 < \frac{1}{2n + 3} < \frac{1}{2n+1}

solid kilnBOT
#

calc_and_real_anal

urban copper
#

how do I flip the fractions

left oriole
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multiply both sides by (2n+3)(2n+1), which is positive so the < doesn't flip

limpid dawn
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positive because n >= 1

urban copper
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,, 0 < \frac{1}{2n + 3}\cdot \frac{(2n + 3)(2n+1)}{(2n + 3)(2n+1)} < \frac{1}{2n+1} \cdot \frac{(2n + 3)(2n+1)}{(2n + 3)(2n+1)}

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,, 0 < \frac{1}{2n+1} < \frac{2n+3}{(2n+1)^2}

solid kilnBOT
#

calc_and_real_anal

left oriole
#

wha

limpid dawn
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you can also apply ()^-1 on both sides

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and flip the sign

left oriole
limpid dawn
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,, 0 < \frac{1}{2n + 3} < \frac{1}{2n+1} \quad \big | \cdot (2n+3)(2n+1)

solid kilnBOT
#

now what (𝔸dωn𝓲²s)

#

calc_and_real_anal

urban copper
#

this?

limpid dawn
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noo

urban copper
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no wayyy

limpid dawn
#

that's what Bungo means

urban copper
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what is that big |

limpid dawn
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commando line

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what next operation we are going to do

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| ... means we are going to do ... in the equation/inequality

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just a notation

urban copper
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how can we just multiply like that (2n+3)(2n+1) wtf

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now that I see this maybe ()^-1 is easier

limpid dawn
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haha noo

limpid dawn
urban copper
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,, 0 < \frac{1}{2n + 3} < \frac{1}{2n+1} \ 0 < \frac{(2n+3)(2n+1)}{2n+3} < \frac{(2n+3)(2n+1)}{2n+1} \ 0 < (2n+1) < (2n+3)

limpid dawn
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yea

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see how some factors cancel

solid kilnBOT
#

calc_and_real_anal

limpid dawn
#

If you have $$\frac{1}{a} \leq \frac{1}{b}$$ then multiply by the common factor $ab$ on both sides and assume $ab > 0$ yields to $$\frac{1}{a} \cdot ab \leq \frac{1}{b} \cdot ab \implies b \leq a$$

solid kilnBOT
#

now what (𝔸dωn𝓲²s)

urban copper
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how do you guys know that n > 0

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btw

limpid dawn
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because the series

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starts with n = 1

urban copper
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true dat

limpid dawn
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and counts up integerwise

urban copper
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okay thanks

limpid dawn
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now what

limpid dawn
urban copper
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I mean

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,, 0 < \frac{1}{2n + 3} < \frac{1}{2n+1} \ 0 < \frac{(2n+3)(2n+1)}{2n+3} < \frac{(2n+3)(2n+1)}{2n+1} \ -2n < 1 < 3

limpid dawn
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how about su subtract just 2n on bth sides?

urban copper
limpid dawn
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you then get

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but ok

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continue

solid kilnBOT
#

calc_and_real_anal

limpid dawn
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now I would

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divide by -2

urban copper
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that would flip the < though

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okay

limpid dawn
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yes

urban copper
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,, n > \frac{-1}{2} > \frac{-3}{2}

solid kilnBOT
#

calc_and_real_anal

limpid dawn
limpid dawn
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which is the case

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our n is at least 1

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and that's far greater than -1/2 and even -3/2

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and n just gets bigger so you proved

urban copper
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okay thanks

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grim sparrow
limpid dawn
grim sparrow
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why

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I've been using it for like 2 weeks now

limpid dawn
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oh i just associate chartbit with these always haha

grim sparrow
#

fair enough lmao

trim joltBOT
#

urban copper
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find $f$ with continuous derivative in $\mathbb{R}$ such that $\\ \begin{cases}f(0) &= 1 \f^{8}(x)f'(x) &= 8x^3 e^{2x^2} \quad , \forall x \in \mathbb{R} \end{cases}$

solid kilnBOT
#

calc_and_real_anal

final coyote
#

chain rule on the left side, as in a similiar example some days ago.

whole coral
urban copper
#

chain rule?

final coyote
urban copper
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derivative of f^3(x) = 3f^2(x)f'(x)

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derivative of f^8(x) = 8f^7(x)f'(x)

final coyote
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its the same way to solve, the numbers differ.

urban copper
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how do I figure out the derivative of f^8(x)?

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ohh a moment

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let h(x) = x^8

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h(f(x)) = f^8(x)

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its function composition

final coyote
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take h(x) = x^9.

urban copper
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but its f^8 tho

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wdym x^9

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,, \frac{d}{dx} h(f(x)) = h'(f(x))f'(x)

final coyote
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yes of course, the left side (f^8 times f') is the derivative. as in the last example (we needed f^3)

solid kilnBOT
#

calc_and_real_anal

urban copper
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no but f^8 means f . f . f . f . f . f . f . f btw

#

its not referringg to the 8th derivative btw

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I forgot to mention mb

final coyote
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i know. the derivative of x^9 is 9 times x^8. but anyway. take my hint or let it be. good luck.

urban copper
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,, \frac{1}{9} \cdot \frac{d}{dx} {x^9} = x^8

solid kilnBOT
#

calc_and_real_anal

urban copper
#

h(f(x)) = f^8(x)

limpid dawn
primal steppe
#

$\int f^8f' dx = \frac{f^9}{9}+C$

solid kilnBOT
limpid dawn
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what

urban copper
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is that due to integration by parts?

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how?

primal steppe
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due to u-substitution

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let f(x) = u; then we have f'(x)dx = du

urban copper
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true

primal steppe
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oh nvm thats function composition not exponent

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is f^8(x) here f(x) * f(x) * f(x) ... or f(f(f( ... ?

limpid dawn
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ah I see

urban copper
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the former

primal steppe
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oh okay then it still stands what i said

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let f(x) = u; then f'(x)dx = du, so that f^8(x) f'(x) dx = u^8 du

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$\int f^8(x)f'(x)dx = \int u^8 du = \frac{u^9}{9}+C = \frac{f^9(x)}{9} + C$

solid kilnBOT
urban copper
#

,, \frac{f^9(x)}{9} + C = \int 8x^3 e^{2x^2} dx

solid kilnBOT
#

calc_and_real_anal

primal steppe
#

you need to simplify the integral on the right side using u-sub as well

urban copper
#

u = 2x^2

primal steppe
#

nope

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try again

urban copper
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du = 4x dx

primal steppe
#

yep

urban copper
#

,, \frac{f^9(x)}{9} + C = \int ue^{u} du

primal steppe
#

thats right

solid kilnBOT
#

calc_and_real_anal

primal steppe
#

now the integral easily solves to (u-1)e^u + C'

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(integration by parts)

urban copper
#

,, \int f \cdot g' dx = f \cdot g - \int f' \cdot g dx

solid kilnBOT
#

calc_and_real_anal

urban copper
#

f(x) = x

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g'(x) = e^{x}

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f'(x) = 1

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g(x) = e^{x}

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,, xe^{x} - e^{x}

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,, e^{x}(x - 1)

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,, \frac{f^9(x)}{9} = e^{2x^2}(2x^2-1) + C

primal steppe
#

now you let x = 0 and find C

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since f(0) = 1 is given, it shouldn't be too difficult

urban copper
#

,, \frac{1}{9} = C

primal steppe
#

oh wait nope you made a mistake

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the right side here should be e^u(u-1), not e^x(x-1)

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since u = 2x^2 is your substitution you must remember to resubstitute

urban copper
#

u = 2x^2

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,, \frac{1}{9} = C

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,, \frac{f^9(x)}{9} = e^{2x^2}(2x^2-1) + \frac{1}{9}

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,, f(x) = \sqrt[9]{9e^{2x^2}(2x^2-1) + 1}

solid kilnBOT
#

calc_and_real_anal

urban copper
#

,w Solve[D[(9E^(2x^2)(2x^2-1)+1)^(1/9), x] == 8x^3E^(2x^2)/((9E^(2x^2)(2*x^2-1)+1)^(8/9)), x]

solid kilnBOT
urban copper
#

.close

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#

urban copper
#

using the identity$\sum_{n = 0}^{\infty} x^n = \frac{1}{1-x} \quad , |x| < 1$ deduce the formula $\ 1 + 2x + 4x^2 + . . . + 2^n \cdot x^n + . . . = \frac{1}{1-2x} \quad , |x| < \frac{1}{2}$

solid kilnBOT
#

calc_and_real_anal

left oriole
#

just replace x with 2x?

limpid dawn
urban copper
#

.close

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barren ocean
#

Any hints for this?: If $G \neq {e}$ acts properly discontinuously on $\mathbb{R}$, show that $G \approx \mathbb{Z}$

solid kilnBOT
#

CoffeeMan

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mild kernel
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mild kernel
#

Can someone tell me what I did wrong??

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/how to fix it

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omg

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Omg ur right 😭😭 I thouight i was multiplying for some reason

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Tyyyy

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native radish
#

Cos(cosx) min and max value

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native radish
frail heron
solid kilnBOT
#

Sufferrrrring rn D:

native radish
frail heron
#

Alr

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Do you know where cosine1 and cosine-1 at?

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at which dimension

native radish
#

I have forgotten

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Sorry

frail heron
#

No, you don’t need to memorize it

native radish
frail heron
frail heron
native radish
#

I don't know then

frail heron
#

What’s the approximate value of pi/2?

native radish
frail heron
#

no, I mean value

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Like pi is approximate 3.14

native radish
#

I am little weak in maths so I granted help

frail heron
#

Alr

#

pi is approximately 3.14, do you agree?

native radish
#

Although my dad is a maths teacher

native radish
frail heron
native radish
frail heron
#

yeah, that’s all we need

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It’s not that hard

native radish
#

Sorry i did not get the answer

frail heron
#

No, it’s not the answer lol

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We just started lol

native radish
#

Cospi/2 is 0 and cos(-pi/2) is also zero

native radish
#

P

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Ls

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Pls

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I request

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I need the explanation and answer

frail heron
frail heron
native radish
frail heron
#

I see

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How about I just give you how to approach it

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And you’ll figure it out yourself

native radish
#

Ok

frail heron
#

Alr

native radish
frail heron
#

You shouldn’t find the minimum and the maximum with the concept "with what I plug in, I’ll get the maximum and the minimum"

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Instead, see the cosine on the inside as K

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-1<K<1

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No, I’m not joking lol

native radish
#

Give some more hints

frail heron
frail heron
native radish
#

What does it mean cos function inside a cos function i mean cos(cosx)

frail heron
frail heron
#

I did mention it

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See cosx as K

native radish
#

Oh

frail heron
#

Since you know the interval of cosx

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You know the interval of K

native radish
#

-1 to 1 ?

frail heron
#

yeah

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And pi/2 is approximate 1.5

frail heron
native radish
#

I am thinking something

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Cosx max value is 1

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Then cosk max value at 90 is 1
And minimum is cos1
Pls don't angry i am weak inteligent

native radish
#

I just think about it and understand this

native radish
native radish
frail heron
#

I wouldn’t even be here if I would get irritated by helpee’s question

native radish
#

My answer?

frail heron
#

Because cos0=1

native radish
frail heron
#

Your minimum is correct

native radish
#

And minimum cos1 at k = 90

frail heron
native radish
frail heron
native radish
#

I got the answer

#

@frail heron thanks for giving me hints

frail heron
#

Alr, congrats

#

That’s a quick guidance

#

Hope you enjoyed, have a good one

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native radish
frail heron
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.close

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dark lotus
#

I learning desomos and don't understand what the meaning of the f(x) someone can teach what f mean?

hasty sail
#

The f(x) is pretty much just a way to name the function, and for most intents and purposes, is the exact same thing as y

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and with that, f(x) and g(x) are two perfectly valid ways to name a function

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what's inside the f(x) is what you're trying to solve for

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take the function f(x)=2x+6,

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say you want to solve for when the x-axis equals 10

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To do this, you would use f(10)=2x+6

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with Desmos, as far as I'm aware, I don't think you'll be using it too much in that way, but it'd still be useful to know for later when you start getting to use function more often

dark lotus
#

thank you

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hybrid quiver
#

just want to check my answers and i have some additional questions on this

hybrid quiver
#

\documentclass{article}\usepackage{amsmath}\begin{document}The equations of motion for the two-degree-of-freedom system are given by:For the sprung mass ( m_S ):\begin{equation}m_S \ddot{x}S = -k{\text{eq}} (x_S - x_U) - b_{\text{eq}} (\dot{x}S - \dot{x}U) + f{b{\text{eq}}}\end{equation}And for the unsprung mass ( m_U ):\begin{equation}m_U \ddot{x}U = k{\text{eq}} (x_S - x_U) + b_{\text{eq}} (\dot{x}_S - \dot{x}_U) - k_T (x_U - x_R) + f_T\end{equation}\end{document}

solid kilnBOT
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luke1
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hybrid quiver
#

do these equations seem correct

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rapid horizon
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marsh forum
#

ID?

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Oh, linearly indepdent

rapid horizon
#

Yes linear independent

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We need scaler so that i can represet one vector in terms of another

marsh forum
#

no idea , sorry

left oriole
#

for the first part, you want to find a scalar c such that $\alpha = \beta c$

solid kilnBOT
left oriole
#

looking at just the first component you see that you need $c = 1+i$

solid kilnBOT
left oriole
#

so now just check that $2i = c(1+i)$

solid kilnBOT
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mossy cove
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mossy cove
#

Could someone help me with this question

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mighty canyon
#

ok... consider k = 0, do you agree that it is true?

#

what makes that true?

#

what about -100?

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what makes that false?

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mossy cove
#

Ill come back to the question later. Im gonna sleep now

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night estuary
#

Any good books for university level calculus and statistics ?
I hope this is the correct channel if not please redirect me to the channel where I can ask this. Ping or reply with ping on so I get notified.
Thanking You in advance.

stoic iron
#

@night estuary

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graceful zenith
#

My b ii) is wrong can any1 explain why

graceful zenith
#

It’s actually 66

wraith hinge
#

,rotate

solid kilnBOT
wraith hinge
#

think about what can yield a term of order x^3

#

you can get 2 * term in x^3 - 5x * term in x^2 + x^2 * term in x

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I'll do the first term for you. So $2 \cdot \binom{11}{3} \left(x\right)^3 \left(1\right)^8$

solid kilnBOT
wraith hinge
#

@graceful zenith

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wraith hinge
trim joltBOT
cyan nebula
#

Yo

#

Need help?

wraith hinge
#

Yes please

cyan nebula
#

Familiar with any formulas u learnt?

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Coordinate geometry formulas

wraith hinge
#

No

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I don’t know anything

cyan nebula
#

ok one sec

wraith hinge
#

Okayyy

cyan nebula
#

In this vase

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You need the disyance

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Midpoint and slope

wraith hinge
#

What is that

cyan nebula
#

Which

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Slope?

wraith hinge
#

All of that

cyan nebula
#

Ok

#

So distance between two plints

#

U get that right

wraith hinge
#

No

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What u mean?

cyan nebula
#

Uhh

wraith hinge
#

What is gradient

cyan nebula
#

Wait wair

#

You don’t get what distance means?

wraith hinge
#

Like

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The distance between the point?#

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?

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I think

cyan nebula
#

Yes

#

Gradient is the steepness of a line

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Get what I mean?

wraith hinge
#

What?

#

Like how much it goes down?

cyan nebula
#

Ok so

#

#

What do u think is the gradient of this line

rugged latch
#

He means slope

#

He’s probably British

wraith hinge
#

What

wraith hinge
rough frost
#

Gradient and slope is the same thing

cyan nebula
#

Yea

rough frost
#

In ur question its gradient

cyan nebula
#

Mb if I got u confused

wraith hinge
#

Huh?

#

Okay okay

#

So how do I do that

cyan nebula
#

Ok so u want me to use the term gradient or slope

#

In this case I’ll use gradient since the question ask

wraith hinge
#

Okay okay

cyan nebula
#

So

#

Usual formula everyone remembers by

#

Its rise/run

wraith hinge
#

Oh okay okay

strange fog
wraith hinge
#

What is that

rough frost
#

Wait Sandra do yk how to read coordinates of ur points

strange fog
#

why is it a png

#

one second

wraith hinge
#

What is rise over run

wraith hinge
#

What is that

rough frost
#

Bro

cyan nebula
#

oh

wraith hinge
#

Wait yes

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Like the y axis and x thingy?

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Right

rough frost
#

U understand?

cyan nebula
#

Yea sure

#

U get that?

wraith hinge
#

Why is it so blurry

strange fog
#

you count the squares

#

here

wraith hinge
#

Yes yes

strange fog
wraith hinge
#

I know that

strange fog
#

you count the squares of rise and run

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theres

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simplifed

wraith hinge
#

Huh

rough frost
#

Girl u rise upwards

wraith hinge
#

What does rise and run mean?

strange fog
#

then you put the value of rise over run

rough frost
#

So u count upwards

wraith hinge
#

Bro what

strange fog
wraith hinge
#

What is rise and run

cyan nebula
#

How much it rises

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And how much it runs horizontally

strange fog
#

yeah

wraith hinge
#

What the flippers

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Floppers

cyan nebula
#

AHH

strange fog
#

you can count the squares on the grid

wraith hinge
#

Can u re word that

cyan nebula
#

ok shre

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So

wraith hinge
#

Guys ur rise and run makin no sense

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ISK what that is

cyan nebula
#

We have a graph yes

rough frost
#

IS IT 7

cyan nebula
#

It’s 6

wraith hinge
#

Huh

rough frost
#

WHOOPS

wraith hinge
#

How did u get that

cyan nebula
#

BRORHER

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PH MY

rough frost
#

it’s 6 I counted wrong

wraith hinge
#

What is the 7 for?

cyan nebula
#

😂

wraith hinge
#

Is that rise?

cyan nebula
#

Ur making her so confused

rough frost
#

I MEANT 6

cyan nebula
#

ok here

strange fog
cyan nebula
#

Ya

#

Solve that

strange fog
#

so on a grid sandra

wraith hinge
#

So what does that do

strange fog
#

you know how thers squares on the grid

cyan nebula
#

Just fill in the values

wraith hinge
strange fog
#

what the hell

wraith hinge
#

Don’t

rough frost
#

Ofc u don’t

wraith hinge
#

Flipping yes I do

strange fog
#

ok

wraith hinge
strange fog
#

now you count how high the triangle goes

wraith hinge
#

What do I solve

strange fog
#

by counting the squares

wraith hinge
#

Okay okay

#

Is that rise

cyan nebula
#

Doesn’t matter

#

Just count

#

Then tell

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Ur gonna get urself confused

wraith hinge
#

Okay one sec guys

cyan nebula
#

U got this

#

🙏

wraith hinge
#

Is it that?

cyan nebula
#

It’s 6

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And 2

#

Yes

wraith hinge
#

Oh okay okay

cyan nebula
#

You count until the dot

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Good

#

Now

wraith hinge
#

So do I count that small thing?

cyan nebula
#

What small thing

wraith hinge
#

The little thing o the side

cyan nebula
#

???

wraith hinge
#

Yk how for one of the squares

rough frost
#

Yes

wraith hinge
#

There’s only a little bit

#

Oh okay okay

cyan nebula
#

NO

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WHAT R U SAYINF

strange fog
wraith hinge
#

HUH?

cyan nebula
#

WHAT GRADE R U

wraith hinge
#

BRO

rough frost
#

STOP

cyan nebula
#

BROTHER

strange fog
#

on the grid

wraith hinge
#

8

#

No

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4

strange fog
#

thats run good job

#

thats rise

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good job

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now put them in th eformula

wraith hinge
#

Thank you thank you

#

Which

#

Huh

strange fog
#

so you foun dout

wraith hinge
#

What formula

strange fog
#

that rise = 8 and run = 4

rough frost
#

Rise/run

wraith hinge
#

Oh okay

strange fog
#

now put it in the formula Rise
Run

wraith hinge
#

Wait so 8/4?

strange fog
#

GOOD JOB

rough frost
#

Yes

wraith hinge
#

2?

strange fog
#

other way around

#

4/8

wraith hinge
#

Oh

strange fog
#

i think rise is on top

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right

#

persues

#

@cyan nebula

cyan nebula
#

Brother

strange fog
#

does the order matter

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its rise over run

cyan nebula
#

Yes it does

strange fog
#

right

rough frost
#

NO

wraith hinge
#

Oh

cyan nebula
#

Yall need to stop

rough frost
#

RISE IS ON TOO

wraith hinge
#

What?

cyan nebula
#

Everyone stop

strange fog
#

ok

rough frost
#

CAUSE U RISE ON TOO

cyan nebula
#

And just stop msging

strange fog
#

soryr

wraith hinge
#

Y’all are confusing me

strange fog
#

STOP

cyan nebula
#

Yall r confusing

#

Him

strange fog
#

STOP

rough frost
#

U RISE TO THE TOO

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TOP

strange fog
#

STOP

cyan nebula
#

Or hee

wraith hinge
#

HIM?

cyan nebula
#

Stop

wraith hinge
#

HIM?

cyan nebula
#

Her

#

Mb

#

Brother

strange fog
#

sandra if you get pressed im gonna lose my shits

cyan nebula
#

I’ll make a video

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And watch it

cyan nebula
#

And learn

#

And the others need to shut up

wraith hinge
strange fog
#

ok ok

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ill shut up

rough frost
#

Yes

cyan nebula
#

Cause yall also don’t understand

wraith hinge
#

No no the others need to talk

#

Please

strange fog
#

WHAT

wraith hinge
#

They making me not wanna end it all

rough frost
#

OH MY GYAT

wraith hinge
#

Or I will get super super sad 😞

cyan nebula
#

How old r u guys

strange fog
#

im 14

wraith hinge
#

19

cyan nebula
#

Young af aren’t u

#

God damn

wraith hinge
#

Nuh uh

strange fog
#

yep

wraith hinge
rough frost
#

mummy told me not to tell people on internet my age

cyan nebula
#

19? Dang u learning this late 💀

wraith hinge
#

Yeah…

cyan nebula
#

Ok

strange fog
#

shes a bit behind

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just a tiny bit

wraith hinge
cyan nebula
#

no

rough frost
#

Got pulled back

cyan nebula
#

Ok

#

Here

wraith hinge
#

Bro

rough frost
strange fog
rough frost
#

Tf

wraith hinge
#

The Evan kid is my brother and the shrunk my sister

strange fog
#

yall shut up

#

you tryna confuse this guy now

rough frost
#

Me and Evan r twins

wraith hinge
#

We one big happy family

strange fog
#

just fucking do your maths

wraith hinge
#

Yeah

rough frost
#

That why we both 14

wraith hinge
#

Yeahhh

strange fog
#

now hes gone

wraith hinge
#

I’m the oldest

strange fog
#

hes done

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good job

wraith hinge
#

Is he actually

strange fog
#

yes

#

good job

rough frost
#

HE MAKING VIDEO

#

TRUST

wraith hinge
#

STOP ACTUALLY?

strange fog
#

stfu and he might come back

wraith hinge
#

Please don’t leave

strange fog
wraith hinge
#

I really need help

rough frost
#

He is trust

wraith hinge
#

Bro are u happy now

cyan nebula
wraith hinge
#

I’m gonna fail

rough frost
#

I love u perseus ❤️

wraith hinge
#

YAY

rough frost
strange fog
#

HES BACK

cyan nebula
#

Brothers

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Sisters

#

Whatever

#

Watch the vid

rough frost
#

1 brother 2 sisters

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Why doesn’t a small part of the square count

wraith hinge
#

Wait how did u get the 1/2?

rough frost
#

How do u know when to stop counting the small part

strange fog
#

and show her

#

how to fucking count the grid

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the triangles drawn on

cyan nebula
#

Rise over run

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What the fuck

wraith hinge
strange fog
#

cuz the school dont give you the value of rise or run they put it on a grid

rough frost
strange fog
#

and you have to find it

rough frost
#

It’s 1/2 or also known as 0.5

strange fog
#

and they teach you to count the grid squares

wraith hinge
#

Wait so how do I find the rise

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And run

rough frost
cyan nebula
#

No it doesn’t

wraith hinge
cyan nebula
#

The dot is on the line

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Count the like

wraith hinge
#

Did u divide the 2 and 4?

cyan nebula
#

Line

cyan nebula
wraith hinge
#

Huh

#

So that would be 2?

cyan nebula
#

ya I give up

wraith hinge
#

NO PLEASE

rough frost
#

I’m literally telling dad to get u a tutor

wraith hinge
#

Don’t

cyan nebula
#

Where u guys from

rough frost
#

No actuals Perseus can u explain why certain small parts of the small don’t count

cyan nebula
#

This ain’t make no sense that u don’t get this 💀

rough frost
#

Like how do u know when to stop counting it

wraith hinge
strange fog
#

ARE YOU SPECIAL

rough frost
#

STOP

#

I GENIUNELY DONT KNOW WHEN TO STOP COUNTING IT

wraith hinge
#

SAME

cyan nebula
#

Jesus

wraith hinge
#

WHEN DO U STOP COUNTING ?

rough frost
#

why is that square too small

strange fog
#

2/7

#

what square

#

the triangle is two units in height

wraith hinge
#

Do I bring a calculator to my test?

strange fog
#

and in length its 7 units

#

YES

wraith hinge
#

I don’t think I have one

strange fog
#

s

#

good job

cyan nebula
#

American education is mad

strange fog
#

ask the teacher for one

wraith hinge
#

What am I ment to do

rough frost
strange fog
#

its australian

cyan nebula
#

Brother I was learning this at 7

wraith hinge
#

The teacher don’t have

strange fog
#

lmao

wraith hinge
strange fog
#

its not that hard sandra

cyan nebula
#

How many yrs did u stay back

rough frost
cyan nebula
#

What

wraith hinge
cyan nebula
#

Oh my god

strange fog
strange fog
wraith hinge
#

No u didnt

strange fog
#

ok so

strange fog
wraith hinge
strange fog
#

wait

cyan nebula
#

Good luck

strange fog
#

ill explain one sec

rough frost
#

I THINK IT COUNTS

strange fog
#

watch this persues

#

watch me

rough frost
#

LERSEUS

#

EXPLAIN

wraith hinge
#

Evan not gonna know

rough frost
#

WHY FOESNT A SMALL BIT OF SWAURE DONT COUNT

wraith hinge
#

BRO DID HE LEAVE?

#

OH MY GYATT

cyan nebula
#

Ya good luck

rough frost
#

It was 6

#

Nvm guys I counted it wrong

wraith hinge
#

Are u leaving 😞

rough frost
#

2/6

wraith hinge
#

AHAHAHAHAH

rough frost
#

2/6 is 1/3

cyan nebula
#

Dude

#

All of u need help

wraith hinge
#

Wait

rough frost
#

Which is 0.3 recurring

#

That’s ur gradient

wraith hinge
#

How did u get that?

#

HOW DID U GET THE 1/3?

strange fog
rough frost
#

U Simplifi the fraction

strange fog
rough frost
#

Both numbers go into 2

wraith hinge
#

WHAT DO I DO TO GET 1/3

cyan nebula
#

All

#

Of

rough frost
#

So 2/2 is 1

cyan nebula
#

You

rough frost
#

6/2 is 3

strange fog
#

HOW ME

#

😭

rough frost
#

So 1/3

wraith hinge
#

AHAHHAHAHAHAHAHAH

rough frost
#

Bro just put in ur calculator 2/6

wraith hinge
#

ITS NOT 7

#

ITS 6

#

AHAHAHHAHA

#

EVAN THOUGHT HE WAS SO GOOD

rough frost
strange fog
#

why did you write 7 under neath it

#

i read of the nits

rough frost
#

GUYS I THINK I BECAME STUPID LIKE SANDRA TALKING TO HER

strange fog
#

units

#

who put the units there

rough frost
wraith hinge
#

AHAHAHHAHA

#

YALL R SO RUDE

strange fog
#

oh all g

wraith hinge
#

AHAHAHA

cyan nebula
#

This is crazy

strange fog
#

what?

wraith hinge
#

EVAN REALLY THOUGHT

rough frost
#

Okay gradient is 1/3

#

OKAY SANDRA

strange fog
#

on behalf

#

of al of us

rough frost
#

bro I can hear Evan in his room crying cause he got it wrong

wraith hinge
#

How do I get the fucking 1/3

rough frost
#

Shush twin bro

rough frost
wraith hinge
#

What the flip

rough frost
#

JUSY PUT IT IN UR CALCULTOR

strange fog
#

but sure

rough frost
#

2/6

#

BRO

#

USE UR CALCUKATOR

wraith hinge
#

Eva can u like lower ur house

#

Noie

#

U so loud

strange fog
#

?

wraith hinge
#

I can hear it from my room

#

Stop crying

rough frost
#

Okay gradient is 0.3

#

NOW MIDPOINT

wraith hinge
#

I don’t have a calculator

cyan nebula
#

Crazy crazy crazy

rough frost
#

midpoint is u add all the x axis number

#

Divide by 2

wraith hinge
#

No persuesu u gotta help

rough frost
#

What r the two x axis bunbers

wraith hinge
#

Trust ill learn

rough frost
#

SANDRA

cyan nebula
#

Ok

wraith hinge
#

WHAT?

rough frost
#

WHAT R THE 2 X AXIS NUMBERS

wraith hinge
rough frost
wraith hinge
#

What

#

8 and 1

#

No

cyan nebula
#

Yo

wraith hinge
#

8 and 2

rough frost
#

it’s 2 and 8

#

GOOD

cyan nebula
#

If I’m teaching

#

Then fucking listen

rough frost
#

So u do 2+8

#

Which is 10

wraith hinge
#

Okay I’m sorry

strange fog
rough frost
#

And then u divide by 2

strange fog
#

before you understand rise over run

rough frost
#

10/2

#

Is 5

wraith hinge
#

What the flip

#

Bro wait

rough frost
#

So the first part of midpoint is 5

strange fog
#

jeneeta shut the fuck up

rough frost
#

Now u gotta find second part

wraith hinge
#

No ur going too fast

strange fog
#

let the other guy do it

wraith hinge
#

Don’t Go so fast

rough frost
#

OH MY GYAT

strange fog
#

she came to this server to get help from another person

rough frost
#

OKAY THEN

strange fog
#

alright

#

deal

#

dms

cyan nebula
#

ya gl

wraith hinge
#

Persuadus can u try

strange fog
#

its your burden now

#

im leaving

wraith hinge
strange fog
#

bye ybe

cyan nebula
#

Then shut up

wraith hinge
#

Okay okay

cyan nebula
#

All of u need help

#

Ok

wraith hinge
#

Okay okay

cyan nebula
#

So

#

Do you understand a graph

wraith hinge
#

What?

#

What one

cyan nebula
wraith hinge
#

Yes yes

#

Ik how to look at it

#

I think

cyan nebula
#

Ok

#

So

#

Graph has coordinates

wraith hinge
#

Okay okay

cyan nebula
#

We communicate coordinates by using (x, y)

#

Ok?

wraith hinge
#

Yes yes

#

I think

cyan nebula
#

Ok

#

So do you understand

#

What I mean by

#

(6,8)

wraith hinge
#

Yeah I think

#

X=6?

#

Y=8?

cyan nebula
#

Yes

wraith hinge
#

Yayyy

cyan nebula
#

Put on X

#

On (6,8)

#

And send it

wraith hinge
#

Okay

wraith hinge
#

There

cyan nebula
#

I’m done

rough frost
#

HELO ME

strange fog
#

💀

wraith hinge
#

WHAT?

#

WHAT DO U MEAN

strange fog
#

thats 5

rough frost
#

hall someone else joined

strange fog
#

on the x axis

cyan nebula
#

@harsh surge 🙏🙏🙏🙏🙏

strange fog
#

please

wraith hinge
#

OH

strange fog
#

faiy

wraith hinge
#

OOPS

#

SORRYGUYS

#

ILL RE DO IT

rough frost
#

okayyy

strange fog
#

oh

#

ri

#

p

wraith hinge
cyan nebula
#

ya good luck

#

Ok

strange fog
#

you got both x and y right

wraith hinge
#

There

strange fog
#

good joooob

wraith hinge
#

Th Ak you

cyan nebula
#

Ok

wraith hinge
#

Guys I swear that’s just cause I read it wrong

#

Mb

rough frost
#

OKAY EVACHI SHUSH NOW

strange fog
wraith hinge
#

YALL I almost got it

cyan nebula
#

Ok

#

So

wraith hinge
#

Yes yes

cyan nebula
#

You have to understand how to get a point

#

Now that u understand how to get a point

wraith hinge
#

What?

cyan nebula
#

When I connect to plints

wraith hinge
#

I’m tweaking

cyan nebula
#

On a graph

#

What do I get