#help-23

1 messages · Page 14 of 1

compact ferry
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smart

spark yoke
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So sin^2A = sin^2(B+C)

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Umm

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And cosA= -cos(B+C)

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Is that correct?

compact ferry
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look honestly ive never seen anything quite like this

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i think i know the identities youre using

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so sounds about right but im not sure ill be of much help

spark yoke
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No u r helping me a lot actually

compact ferry
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alright good because i do find this interesting

spark yoke
#

Okey so

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sin^2 (B+C)

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This looks pain

compact ferry
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isnt there that formula

spark yoke
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Not sure really

#

But we can just multiply right?

compact ferry
#

this maybe

spark yoke
#

(sinBcosC+cosBsinC)^2

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Yes that

plucky elk
#

This looks most similar to the first identity in 4

spark yoke
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The sin^2A term tho

plucky elk
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Subtract it from both sides

compact ferry
#

actually if you add it to both sides

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then sin^2(A) would always have to be 1

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which is obviously false

spark yoke
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sin^2B+sin^2C-sin^2A = 2sinBsinCcosA

spark yoke
compact ferry
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alright ill type it out

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might take me a bit haha

spark yoke
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Okay sure

compact ferry
#

suppose $\sin^2 C + \sin^2 B = \sin^2 A + 2 \sin B \sin C \cos A$ then $\sin^2 A + \sin^2 C + \sin^2 B = 2 * \sin^2 A + 2 \sin B \sin C \cos A$

flat frigateBOT
compact ferry
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oh lord

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suppose $\sin^2 C + \sin^2 B = \sin^2 A + 2 \sin B \sin C \cos A$

flat frigateBOT
compact ferry
#

then

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$\sin^2 A + \sin^2 C + \sin^2 B = 2 * \sin^2 A + 2 \sin B \sin C \cos A$

flat frigateBOT
spark yoke
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Okay yes i get it

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So..?

compact ferry
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which by identity 4a implies 2sin^2(A) = 2 which is obviously false

spark yoke
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There thats

compact ferry
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wait i cant read

spark yoke
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2cosAcosBcosC

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We have 2sinBsinCcosA

compact ferry
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yeah that sorry lol

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my bad

spark yoke
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Umm np

compact ferry
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are these proofs usually relatively easy?

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or pretty hard

spark yoke
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What about we convert that cosA tho

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Pretty hard maybe

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$\sin^2 A + \sin^2 C + \sin^2 B = 2 * \sin^2 A - 2 \sin B \sin C \cos (B+C)$

flat frigateBOT
spark yoke
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$\sin^2 A + \sin^2 C + \sin^2 B = 2 * \sin^2 A - 2 \sin B \sin C (\cos B \cos C - \sin B \sin C)$

flat frigateBOT
foggy salmon
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hii

compact ferry
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help

spark yoke
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$\sin^2 A + \sin^2 C + \sin^2 B

= 2 * \sin^2 A - 2 \sin B \sin C \cos B \cos C + \sin^2 B \sin^2 C$

flat frigateBOT
#

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

spark yoke
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Does this make sense

compact ferry
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yeah makes sense

foggy salmon
#

,w sin^2(A) + sin^2(B) = sin^2(A) + 2sin(B)sin(C)cos(A) where A+B+C=pi

spark yoke
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No angles

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Not lengths

foggy salmon
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:c

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oh these are angles?

spark yoke
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Yes

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Or you can do A+B+C=180

flat frigateBOT
foggy salmon
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nuu

spark yoke
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Oof

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Okey what about

foggy salmon
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,w evaluate sin^2(A) + sin^2(B) = sin^2(A) + 2sin(B)sin(C)cos(A) where A+B+C=pi

spark yoke
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$\sin^2 A + \sin^2 C + \sin^2 B = 2 \cdot \sin^2 A + 2 \sin B \sin C \cos A$

flat frigateBOT
spark yoke
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Here we do sin^2 A = 1-cos^2A

foggy salmon
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for one the starting equ

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cant we just del both sides sin^2 A

spark yoke
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Uhh this is actual question

foggy salmon
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\sin^2 B = 2 \sin B \sin C \cos A$

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oh crap

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its a C

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mbmb

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haha

spark yoke
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I typed wrong

foggy salmon
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$\sin^2 C + \sin^2 B = \sin^2 A + 2 \sin B \sin C \cos A$

flat frigateBOT
spark yoke
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$\sin^2 A + \sin^2 C + \sin^2 B = 2 (1-\cos^2A) + 2 \sin B \sin C \cos A$

flat frigateBOT
spark yoke
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$\sin^2 A + \sin^2 C + \sin^2 B = 2 -2 \cos^2A + 2 \sin B \sin C \cos A$

flat frigateBOT
spark yoke
#

It helps?

foggy salmon
#

,w solve sin^2(C) + sin^2(B) = sin^2(A) + 2sin(B)sin(C)cos(A) where A+B+C=pi

flat frigateBOT
foggy salmon
#

:c

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idk man

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y ur Q so hard

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ill

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go sleep n do more neurosci

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T.T

spark yoke
foggy salmon
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sry

compact ferry
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tears

spark yoke
foggy salmon
compact ferry
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its a fun challenge though

foggy salmon
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gl:he

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gl ❤️

spark yoke
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If we can somehow show

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$-2 \cos^2A + 2 \sin B \sin C \cos A = 2\cos A \cos B \cos C$

flat frigateBOT
compact ferry
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lol wow i was trying the same thing

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you can divide by cos(A)

spark yoke
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Yes

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$-2 \cos A + 2 \sin B \sin C = 2 \cos B \cos C$

flat frigateBOT
spark yoke
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And 2

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$- \cos A + \sin B \sin C = \cos B \cos C$

flat frigateBOT
spark yoke
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Wait a min

compact ferry
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yes and then perhaps use these

spark yoke
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Thats true

compact ferry
spark yoke
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cosA = - cos(B+C)

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Damn so ig we solved it

compact ferry
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holy shit

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you did it

spark yoke
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Now i need to write it in some neat manner

spark yoke
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Thanks

compact ferry
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well that was pretty cool

spark yoke
compact ferry
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good luck

spark yoke
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Thanks for being till the end happy

compact ferry
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np it was fun

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might send this problem to my friends haha

spark yoke
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Yes

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But you gotta prove that identity

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The one i sent above

compact ferry
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of course

spark yoke
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Thats good exercise

compact ferry
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it really is

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where is this from anyways?

spark yoke
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Uhh

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I’m preparing for JEE

compact ferry
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oh alright yeah that makes sense

spark yoke
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And this was one of problems my sir gave as high level trig questions ig

compact ferry
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isnt it deep into the night for you

spark yoke
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It sounds weird to say high level lol

spark yoke
compact ferry
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oh lol

compact ferry
spark yoke
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Well anyways i need to get sleeping haha

fresh garnet
compact ferry
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sounds like youre gonna do well on the JEE

spark yoke
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Ohh

compact ferry
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gn

spark yoke
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Gn happy

spark yoke
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Anyways imma close now

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.close

safe radishBOT
#
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lean otter
#

I got this triangle, it's known that AD = BD, AE= CE, BF=CF

and we need to prove that ADFE and DECF are a parallelogram and that AC=4GH, I proved the first 2 but I am stuck at the last one

lean otter
#

F is between B and C, I forgot to mark it

safe radishBOT
#

@lean otter Has your question been resolved?

safe radishBOT
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@lean otter Has your question been resolved?

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fickle trail
safe radishBOT
fickle trail
#

I am lost on where to put the x and y intercepts

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Am I plotting the x and y intercepts on the original Cartesian plane or the new axis after the vertical shift up 1 and horizontal shift right 2?

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And this is also confusing because I always thought hyperbolas never touched the origin? (0,0)

thorn chasm
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First off not a hyperbola

fickle trail
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thorn chasm
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Second it has been shifted

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So it can touch the y and x axies

fickle trail
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It is a hyperbola just rotated 90 degrees.. we had this conversation before. It belongs to the conic sections: parabolas, ellipse, circle, and hyperbola

thorn chasm
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I didnt have that conversation is it actually?

fickle trail
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Yes it is

thorn chasm
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Anyways it has been shifted so it can touch whatever

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As long as you did your algebra correct you should be good

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Gtg

fickle trail
#

Original plane

thorn chasm
#

The original everything you did was right

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The second one is a asymptote

safe radishBOT
#

@fickle trail Has your question been resolved?

safe radishBOT
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safe radishBOT
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lean otter
#

hey

safe radishBOT
lean otter
#

i need help with this

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3 - 4i

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can someone explain how to solve

plucky elk
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3-4i is just a number

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that's like saying solve 19

lean otter
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yes

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what is it

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is it -1??

plucky elk
analog flare
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Its a number

plucky elk
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nothing more

lean otter
#

what if

analog flare
#

Thats like asking what is 4 + 0i

plucky elk
#

• Ask your math question in a clear, concise manner.

lean otter
#

ok

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i can explain more but

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i guess not

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.close

safe radishBOT
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analog flare
safe radishBOT
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limpid talon
#

o

safe radishBOT
limpid talon
#

im stuck on #1

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(segment addition postulate)

foggy salmon
#

oh no another of thesesad

limpid talon
#

unfortunately... yes.

foggy salmon
#

eh u can use

glad mist
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those are problems of multiple variables, you need to write an equation to represent each line

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then you perform substitution, cancellation, addition, subtraction, multiplication of equations to cancel out variables until you get one

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i wll try to do one of these

limpid talon
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oh i tried, but i ended up with -9 and i dont think its right

foggy salmon
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can u show ur working

limpid talon
#

ya

glad mist
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so im starting out on problem 3, just showing you what im doing

limpid talon
#

mhm i did that trying to find the missing segments of the line so i can solve for the entire thing to get JL in #1

safe radishBOT
#

@limpid talon Has your question been resolved?

glad mist
#

oh hey i new i did something wrong

limpid talon
#

oh dw

glad mist
#

i set up my equations wrong

limpid talon
#

OH

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dw

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im genuinely still lost odkdksks

glad mist
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im pretty sure i did that one correctly

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make sure you verify all your veribles hold true to the original equations

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there is some way you can go wrong. i forget what the taboo is though

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you should have all the variables figured out by the end. assuming you wrote correct equations and it makes sense and all variavles are valid, you should be confident in your answer

limpid talon
#

ahhh okay

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im outside rn so like ima get back to u once i understand the question / finish it when i get back

#

thank you smn

#

sm!!

safe radishBOT
#

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lean otter
#

Hey, I've been struggling with a problem for a very long time, I'd appreciate some help.

Twice the measure of an angle is ten less than half the measure of its complement. Find each angle measure.

warm ocean
#

you can try setting up an equation

lean otter
#

Been at this for like an hour and a half so like tried every single equation in this world's existence

royal kiln
lean otter
royal kiln
#

Looks good

#

So how can you express y in terms of x, knowing that they are complementary?

lean otter
royal kiln
lean otter
#

yh I didn't try this so let me see what I get, thanks a ton

royal kiln
#

Np

lean otter
# royal kiln Np

I get x = 14 and y = 76, when I do 2(14)=76/2-10 they don't equal each other, am I doing something incorrect

warm ocean
#

your answers are right

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are you doing your order of operations correctly

lean otter
warm ocean
#

then you should get the correct answer

#

2(14) = (76/2)-10

lean otter
#

Alright

#

.close

safe radishBOT
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safe radishBOT
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clear trench
safe radishBOT
clear trench
#

ik how to use definition of derivative to solve functions, however i've never done so with fractions like this.

#

not sure where to begin

#

This is what I have so far

safe radishBOT
#

@clear trench Has your question been resolved?

hallow blade
#

Quotient rule?

#

u∆v - v∆u
—————

#

Lmao I'm not a helper but I'm studying derivatives too and that's what I do when I try to find derivatives with fractions.

#

You could also just convert it into:((6+x)½)^-1

clear trench
#

prof says we cant use quotient rule since we havent touched it

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only def of derivative

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😦

hallow blade
#

And also 1/n → (n)^-1

#

After that you can use power rule. And once you get the derivative you can convert it back.

safe radishBOT
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fallen stream
#

hi

safe radishBOT
fallen stream
#

problem is posting rn

#

need #2

safe radishBOT
#

@fallen stream Has your question been resolved?

fallen stream
#

<@&286206848099549185> :(

#

this gotta be racist

hallow blade
#

Nah, it just be like this sometimes

fallen stream
#

😭

hallow blade
#

It just takes a while. I don't suggest you do your school work last minute then be asking on here for help. Lmaoooo

safe radishBOT
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fallen stream
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.close

safe radishBOT
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steel spruce
safe radishBOT
steel spruce
#

is this just 1? im slightly confused, but i think its 1

light shoal
#

an equivalent question is, for which values of k is 2021 divisible by k

steel spruce
#

see i got that like nk = 2021 and for some reason i only considered 43 and 47, and forgot to include 47 and 43

#

thanks

worthy hemlock
lean otter
#

Ok

steel spruce
#

i have to prepare for a speed contest and i have to go back from an olympiad math mindset to a speed one

#

not going too well

#

thanks tho

safe radishBOT
#

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steel spruce
#

.close

safe radishBOT
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rose locust
#

Which of the following is true? (there is only one): ∅ = {∅}, |∅| = 0,
|P(∅)| = 0, ∅ ∈ { }.

rose locust
#

the second one is true right?

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cause an empty set is 0

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so 0=0

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or am I wrong?

light shoal
#

the second one is true, but i'm not sure what your explanation means

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the empty set has no elements, thus |∅| is zero

rose locust
#

can you help me understand the last one?

#

I mean the 2nd to last

light shoal
rose locust
light shoal
#

P means power set, doesn't it?

rose locust
#

right

#

forgot sorry

light shoal
#

ok, so what's the power set of ∅?

rose locust
#

1

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it's 2^0?

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right?

light shoal
#

well that's the size of the power set of ∅

#

what is the power set itself? what does it contain?

rose locust
#

it contains 1?

light shoal
#

no...

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if A is a set

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then P(A) is the set of all subsets of A

#

does that sound familiar?

rose locust
#

yes

light shoal
#

ok, so what are the subsets of ∅

rose locust
#

nothing

light shoal
#

almost true

#

it has exactly one subset

#

namely itself

#

(a set is always a subset of itself)

#

so the power set of ∅ is the set containing ∅

#

i.e. P(∅) = {∅}

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and since the power set has one element, the size of the power set is 1

#

i.e. |P(∅)| = 1

rose locust
#

ohhh

#

ty

light shoal
#

sure

rose locust
#

.close

safe radishBOT
#
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loud breach
#

how do i solve number 3?

safe radishBOT
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@loud breach Has your question been resolved?

safe radishBOT
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@loud breach Has your question been resolved?

loud breach
#

<@&286206848099549185>

safe radishBOT
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@loud breach Has your question been resolved?

safe radishBOT
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tardy cosmos
#

Hi ! I tried doing some exercices that i did in class but i failed to solve this one.

Say x belongs to R*+ such as: x + > 1/x = 5

Calculate x^2+1/x^2

How can i solve this?

split ether
#

(x + 1/x)^2 = x^2 + 1/x^2 + 2

compact ferry
#

this is classic competition problem

tardy cosmos
#

And what happened to 5?

split ether
#

5?

#

Oh, nothing

#

I just expanded (x + 1/x)^2 using (a + b)^2 = a^2 + 2ab + b^2

tardy cosmos
#

Oh

#

Thx

tardy cosmos
#

Adding 2

split ether
#

(x + 1/x)^2 = x^2 + 2 * x * 1/x + 1/x^2 = x^2 + 2 + 1/x^2

tardy cosmos
#

So you already did that

split ether
#

Did what

tardy cosmos
#

The expansion

#

Thx so much

safe radishBOT
#

@tardy cosmos Has your question been resolved?

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safe radishBOT
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daring iron
safe radishBOT
daring iron
#

I need help finding the domain and range of 2.(a)

#

I don’t know what I’m doing

safe radishBOT
#

@daring iron Has your question been resolved?

daring iron
#

<@&286206848099549185>

safe radishBOT
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glad dragon
safe radishBOT
glad dragon
#

What do i do for 9? I dont think we can assume right angle

#

And i dont think base angles theorem really helps

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#

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patent vault
#

this sounds like a fun problem but can i get a hint

analog flare
#

He can say them how many times?

#

Only once?

patent vault
#

i think only once

rare flax
#

Huh

analog flare
#

Oh then its 1 , 100 and 10000

patent vault
#

oh yeah

#

im so dumb

#

thanks

#

i was hoping for a hint

#

but thanks

analog flare
#

Oh sry xD i wasnt sure about this being the answer either

patent vault
#

no worries

#

.close

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clear trench
safe radishBOT
clear trench
#

unsure how to solve this

tame raft
#

try combining it into one fraction and then l'hopital probs

clear trench
#

a method w/o l'hopital

tame raft
#

fine, combine it into one fraction and then use taylor series

clear trench
#

idk what you mean by combining into one fraction

#

1-1 / t1+t - t ?

tame raft
#

$\frac{1}{t\sqrt{1+t}} - \frac{1}{t}\ = \frac{1}{t\sqrt{1+t}} - \frac{\sqrt{1+t}}{t\sqrt{1+t}}\ = \frac{1-\sqrt{1+t}}{t\sqrt{1+t}}$

flat frigateBOT
#

Kaisheng21

tame raft
#

i'll give you that for free

clear trench
#

ooh that looks simple

#

i was trying to plug 0.1 and -0.1

#

values around zero

#

what do you do after that to get -1/2?

#

when lim t-> 0 the answer is just 0

#

it seems

#

.close

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dreamy finch
#

Could someone help me out with this one please:
There are 15 tennis balls in a bag. 9 have never been touched, 6 have been played with before. During round 1, 3 balls are taken out randomly, and then placed back into the bag. During the second bag, 3 more balls are taken out and played with. What is the probability during round 2 that all the balls are new?

dreamy finch
#

i dont know how to do this problem but i know the answer is .08926

#

rounded

#

please @ me if anyone helps me

safe radishBOT
#

@dreamy finch Has your question been resolved?

dreamy finch
#

<@&286206848099549185>

safe radishBOT
#

@dreamy finch Has your question been resolved?

dreamy finch
#

.close

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vague horizon
#

hi guys i’m not completely sure if this type of question belongs here but i’d figure i’d ask anyways,

vague horizon
#

the answer says it’s x^(1/2) but i simply just have no idea how they got it

tame raft
#

which one lmao

vague horizon
#

oh i forgot 87 haha

tame raft
#

well it's the same thing as the ones above

#

find the limit as dx goes to 0 of: f(x + dx) - f(x)/dx

vague horizon
#

so i plugged it in and got this

tame raft
#

so what's f(x+dx) here

vague horizon
sudden birch
#

Delta x should be INside the square root

vague horizon
#

Oh?

#

is it because it’s in the parenthesis

sudden birch
#

Wdym?

vague horizon
#

the delta x

#

ok so i have this now

sudden birch
#

It should be 2 * square root (x+delta) not 2 * square root(x) + delta, if that’s what u mean

#

Yeah

#

And then it’s algebra time! (Hint, use difference of squares)

vague horizon
#

that’s (a+b)(a-b) right?

sudden birch
#

Yes!!!!!!!!!!!!

vague horizon
#

i feel like i did something wrong haha

sudden birch
#

Nah that’s very much the right way to do it. 👍

vague horizon
#

should i try factoring stuff out now?

sudden birch
#

U have to multiply it out

vague horizon
#

this is where i get the most confused

sudden birch
#

When u multiply it out, notice that in the numerator, the x’s cancel each other out leaving just a delta x

#

And just so happens that there is still a delta x in the down below denominator

#

Here’s the surprise: the cancel!!!!! Whaaaaaaaaaaaaaattttt!??????!???????!

vague horizon
#

oooh i see

sudden birch
#

Yup!

#

And I realize I’m being way too excited for just a math problem, sorry

vague horizon
#

nooo don’t worry i’m glad ur enthusiastic abt helping me lol

sudden birch
#

🙂

#

: )

vague horizon
#

so i should have this now?

sudden birch
#

Yup!

#

You can finally let delta x go to zero without worrying about any weird things

vague horizon
sudden birch
#

So…….close…..to the…..the answer…..I’ll assume u got it

vague horizon
#

WELLLL

#

kinda

#

like i’m seeing it but also not

#

i feel like this should be clicking

#

i can combine them right since it’s x+0 which is the same as just X?

sudden birch
#

Yup!

vague horizon
#

?

sudden birch
#

Either way works fine cuz they’re both the same

vague horizon
#

so is this the same as x^-(1/2)

#

because that’s what the books answer says

sudden birch
#

Wait a minute, we must have done something a tiny bit different

#

Lemme recheck our stuff

sudden birch
#

And then the top 2 and bottom 2 would’ve cancelled out and we’ll get the books answer

#

But we basically got the same answer, basically, so we got the core concepts down in the bag

vague horizon
#

oh no i’m a little confused lol

#

how did we get 2 in the numerator

sudden birch
#

Wait…..

vague horizon
#

was i supposed to distribute the 4 to the delta as wel

#

well

sudden birch
#

Oh yeah, u right u right

vague horizon
#

ok so let’s see here

sudden birch
#

Oh it THAT is the right way to calculate it, I was off

#

Bro, I tell you, u got this in the bag

vague horizon
#

the 4 delta thing?

#

or the original answer

sudden birch
#

The 4 delta is correct

vague horizon
#

so i can cancel out a delta now?

sudden birch
#

Yup!

vague horizon
sudden birch
#

The 4 stays, it’s just the delta x at the top and bottom that go away

vague horizon
#

OH RIFHT

#

oh my gosh

#

so this is x^-(1/2) ?

#

wait

#

radical x over x

#

oh my gosh it is!!!

#

thank you so so much

sudden birch
#

Your very welcome. I’m happy you got it : )

vague horizon
#

oh @sudden birch i’m sorry

#

can i just get a confirmation that this is in fact

#

the same thing

#

because our teacher doesn’t want us leaving square roots in the denominator

sudden birch
#

Yup a Hundo percent correct

vague horizon
#

ok thanks again

sudden birch
#

Np

vague horizon
#

.close

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steel blaze
#

Hey can someone help me with this

safe radishBOT
steel blaze
#

This is what I have to do

#

And I found the 10 factors of -14/3 (including positive variables) and none of them worked

#

Is it not supposed to be -14/3?

jovial coral
#

try small values of x to see if they make h(x) = 0

for x = -2 we get
$ 3(16) -17(-8) - 31(4)+23(-2)-14 = 48 + 136 - 124$ -46 - 14 = 0$

#

so x =-2 is a 0

#

so x + 2 is a factor use long division to simplify the quartic

steel blaze
#

oh yeah and 7 is the other one

jovial coral
#

doing long division will yield (3x^3-23x^2+15x-7)

steel blaze
#

i did it even further now

jovial coral
#

you'll find x = 7 is a factor of this too

steel blaze
#

so now I have 3x^2 -2x+1

jovial coral
#

long divide by x-7 you'll get
3x^2-2x+1

#

which has no real solutions as the discriminate is < 0 i.e. 4 - 4(3) = -8 < 0

#

so x = -2 and x = 7 are our solutions

steel blaze
#

there's no 3rd zero?

jovial coral
#

nope

steel blaze
#

i plugged it into the quadratic formula

#

and ended up getting

#

1/3 +- sqroot-8 /6

jovial coral
#

yup

#

but see how we have sqrt(-8)

#

that is a complex number

#

so there are no real solutions to the quadratic (should have been a little more specific sorry)

steel blaze
#

can't i boil it down to 1+isqroot2/3

jovial coral
#

sqrt function produce a real number when the input is >=0 i.e

jovial coral
thin bridge
#

they're not necessarily working with only real numbers

steel blaze
#

well it gives me the option to put an i

thin bridge
#

all zeroes implies they want the complex ones too

jovial coral
#

I assumed you where working with reals sorry

steel blaze
#

its fine

jovial coral
#

yes by the fundamental theorem of algebra you will need 4 solutions

steel blaze
#

i didn't put it in yet

#

so would it be

#

1+i sqroot 2 /3

#

1-i sqroot 2/3

jovial coral
#

yup!

steel blaze
#

alright, lemme test it

#

i got it

#

tysm for ur help

jovial coral
#

no probs, sorry for the mix up

steel blaze
#

its fine

#

tysm

#

.close

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grizzled scroll
#

I need help calculating e for RSA Key Generation? I'm a bit confused on some of the tutorials/instructions I see. I have a p of 11 and q of 17. So that means I have an n = 187 and T = 160. Where I'm stuck is on calculating e, I am to do

gcd(e, T) = 1 but my instructor said that the number has to be a prime of your n = 187. However the only primes for 187 are my p = 11 and q = 17. Is this allowed and what do I do if not?

grizzled scroll
#

<@&286206848099549185>

safe radishBOT
#

@grizzled scroll Has your question been resolved?

safe radishBOT
#

@grizzled scroll Has your question been resolved?

safe radishBOT
#

@grizzled scroll Has your question been resolved?

safe radishBOT
#

@grizzled scroll Has your question been resolved?

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versed ginkgo
#

I thought i knew how union and intersection works in terms of set theory and intervals but I don't understand this one
(-∞, 6] ∪ [2, ∞) ∩ (-3,11)
answer sheet tells me the answer is (−3, 2] ∪ [6, 11)

rigid inlet
#

What are you getting if not that?

versed ginkgo
#

(-3, 6) ∪ [2, 11)

rigid inlet
#

Actually there may be a typo in the question

#

Since (-inf, 6] U [2, inf) = (-inf, inf)

thin bridge
#

are you sure it wasnt
(-∞, 2] ∪ [6, ∞) ∩ (-3,11)

rigid inlet
#

That's my thought too

versed ginkgo
#

i got the left intervals from x <= 6 or x >= 2

thin bridge
#

what's the original question

versed ginkgo
#

i described it here.
#help-22 message

I'll post a pic of what's currently in my notebook too

tame raft
#

so you're saying (-∞, 6] ∪ [2, ∞) ∩ (-3,11)

#

is it ((-∞, 6] ∪ [2, ∞)) ∩ (-3,11)

or is it (-∞, 6] ∪ ([2, ∞) ∩ (-3,11))

#

i think it matters which one it is

thin bridge
#

you're not doing case work properly

versed ginkgo
#

ah

thin bridge
#

for the |4-x| >= 2

#

case 1: 4-x >=0
4 - x > = 2
...
case 2: 4-x < 0
-(4 - x) > = 2
...

versed ginkgo
#

wait do i need to do cases for |4-x| < 7 too?

#

(I'll probably find out if i do bc then i need to do even more work to get an answer)

safe radishBOT
#

@versed ginkgo Has your question been resolved?

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novel magnet
#

Is the highlighted step correct?

safe radishBOT
novel magnet
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@novel magnet Has your question been resolved?

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@novel magnet Has your question been resolved?

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plain sandal
#

Hey, could some one tell me if i did b right? it it right to just add zeros to make the matixes the right size?

drowsy moss
#

unless you have something that says you can do that for this purpose (i can't read that language) you generally can't add matrices of differing sizes.
Just adding rows/columns of 0's isn't typically allowed.

plain sandal
#

Just says that if i cant do the following equation i have to tell why, but i you told me the rule. So thanks😁

#

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lean otter
#

couldnt find anything to that so im asking here, what exactly is he doing

lean otter
#

what does delta mean in the botttom one

solar hazel
#

I imagine it's the forward finite difference operator

lean otter
#

how does it work

solar hazel
#

it must have been defined somewhere?

slender fossil
#

Need help

lean otter
#

but i dont get that either

#

oh

#

.close

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junior wagon
#

why cant part c be (6 c?hoose 1)(7 choose 1)(3 choose 1)(13 choose 1)/(6 choose 4)

junior wagon
#

oh i see

#

.close

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latent tiger
#

Hello!

safe radishBOT
latent tiger
#

Can I get sum help

#

Idk why this went up to two then just went side ways like that

#

The interval is -infinity to +infinity yet it turned sideways instead of carrying up the curve

drowsy moss
#

what interval? the domain or range?

latent tiger
#

Domain yes

#

First one

#

Domain is IR

#

I can't for the love of me find out why we went sideways after reaching 2

drowsy moss
#

why couldn't it? The domain is just the possible x-values. it doesn't imply anything about the range.

latent tiger
#

Shouldn't it just... go up?

#

Not sideways?

green lichen
#

but why

latent tiger
#

Idk I'm asking it confused me

#

What makes it go sideways instead of up

green lichen
#

doesn’t necessarily mean it has to go up or down

latent tiger
#

Oh

green lichen
latent tiger
#

Probs didn't study ranges ig

green lichen
#

the values y can take

latent tiger
#

Oooh

#

Yes.

#

I need to show that 2 is the maximum value

drowsy moss
latent tiger
#

Ah

#

So we have show Max(x belongs to IR)f(x)=2

#

💀

#

So how do I show that

green lichen
#

maybe find stationary points

latent tiger
#

I study in French so I'm not good with English versions of math words so I'm gonna have to translate that one sec

latent tiger
#

I don't know how to draw a curve for a fonction with a division of two polynomials

green lichen
latent tiger
#

Hmm?!

#

My brain lol

#

Subtract what from what

#

I'm very sorry the English words in math are new to me so I have to Google them to understand

#

I can speak English just fine but have never studied math in english

#

🫂

green lichen
#

have you learnt calculus

#

like dy/dx

latent tiger
#

Oh

green lichen
#

f’(x)

latent tiger
#

Derivation

#

No

green lichen
#

yes

#

oh

latent tiger
#

Do we need that!?!?

green lichen
#

it’ll be easier

latent tiger
#

Yeah we just learnt like basics of functions

#

We have a very different system than calculus and algebra

#

We all of them in like math

#

One subject

#

It's weird but derivation no not yet

green lichen
#

ohh you’re learning functions

latent tiger
#

Yup

green lichen
#

maybe you can do long division

latent tiger
#

How would that help?

green lichen
#

then as x—> inf

#

that will give you the max point

latent tiger
#

😔

#

I give up

#

I just don't understand how we got a question with derivations when didn't study it

safe radishBOT
#

@latent tiger Has your question been resolved?

latent tiger
#

Not yet

safe radishBOT
#
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latent tiger
#

.reopen

safe radishBOT
#

latent tiger
#

I literally went and studied limits for this lmfao

green lichen
#

hmm

#

im also not sure tbh

#

are you allowed to sketch?

#

right now I’m only able to think of finding dy/dx

#

maybe call for <@&286206848099549185>

safe radishBOT
#

@latent tiger Has your question been resolved?

latent tiger
#

Not yet

#

.close

safe radishBOT
#
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jovial grove
#

hi i was wondering if you could help me see if their is anything wrong with my assignment .Is this allowed?

marsh walrus
#

it makes it easier for people to help you if you can highlight places where you are concerned there are mistakes, and why you think you may have made a mistake

#

or what you are confused about

jovial grove
#

oh ok im confused on the grphing of the inequalities

#

.close

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stone nest
#

On average, an adult female cat gives birth to 10 kittens per year. For every 3 male kittens there are 2 female kittens. How many female kittens will this cat give birth to in 13 years of her life?

nova creek
#

What have you tried

stone nest
#

I just know that it has to do 3m = 2f

#

I think we need to do proportion?

#

Or equations

nova creek
#

First, how many kittens are born over 13 years?

stone nest
#

10 kittens per year?

#

But over 13 years?

#

10 x 13?

stone nest
#

Ok nvm I got it

#

3x + 2x = 130

#

So it’s x = 26

#

26 x 2

#

52

#

.close

safe radishBOT
#
Channel closed

Closed by @stone nest

Use .reopen if this was a mistake.

#
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opaque sorrel
safe radishBOT
opaque sorrel
#

hi can someone help me with proving this

#

@toxic stratus u alive?

drowsy moss
#

Hint: $cA = (cI_n)A$

flat frigateBOT
#

Zybikron

opaque sorrel
#

hmm

#

okay lemme write it out

#

imma tag u

toxic stratus
#

oh hi

#

didnt we do this like

#

just the other day

opaque sorrel
#

HELLO

#

no we didnt

#

did we

toxic stratus
#

yes we did

opaque sorrel
#

i think it looks familiar

#

but

#

oh

flat frigateBOT
opaque sorrel
#

oh yes that was det

toxic stratus
#

mhm

opaque sorrel
#

is it the same

toxic stratus
#

its the same idea

toxic stratus
opaque sorrel
#

yesmam

#

wait

#

kinda see it now

#

lmao

toxic stratus
#

vision

opaque sorrel
#

$det(cI_n)$

#

hmm

flat frigateBOT
opaque sorrel
#

lemme recal

#

so the

#

identity matrix has det 1

flat frigateBOT
opaque sorrel
#

if we multiply everything by c

#

it would be like

#

2..2..2

#

diagonally

#

so its

#

2 * 2 * 2 * ...

toxic stratus
#

somehow your c became a 2

opaque sorrel
#

so

toxic stratus
#

but sure

opaque sorrel
#

oh yes

#

i made it up

#

anyway

#

so its

#

n times of 2

#

so 2^n

#

a ha

toxic stratus
#

yes

#

but

#

c

opaque sorrel
#

yes

#

I GOT IT

toxic stratus
#

amazing

opaque sorrel
opaque sorrel
#

next one

toxic stratus
#

oh theres more

opaque sorrel
#

btw yesterday was fun

toxic stratus
#

👀

opaque sorrel
#

my first time helping

#

someone

toxic stratus
#

LOL

#

poor future

opaque sorrel
#

ikr

toxic stratus
#

had such a hard time with the algebra

opaque sorrel
#

he spent more time

toxic stratus
#

future deserved better

opaque sorrel
#

formulating the result of the proof

#

than doing it

#

just realised we also did this

toxic stratus
#

yeah we did

foggy salmon
#

ONLY

#

CALLING

opaque sorrel
#

also u got the green role

foggy salmon
#

ME

#

TEETH

opaque sorrel
#

thief

toxic stratus
#

oh hi @foggy salmon

#

where did your hearts go

opaque sorrel
#

yes u are thief

foggy salmon
#

ni hao

opaque sorrel
#

nihao

foggy salmon
#

idk

opaque sorrel
#

chi zao can le ma

foggy salmon
#

i stripped em out

toxic stratus
#

konchipa

#

rip hearts

foggy salmon
#

im

#

lost

toxic stratus
#

may they rest in piece

foggy salmon
#

❤️

opaque sorrel
#

ni ma ma mei you mao

foggy salmon
#

..

opaque sorrel
#

wat

toxic stratus
#

im sorry what

opaque sorrel
#

yes

foggy salmon
#

MODS

toxic stratus
#

LOL

opaque sorrel
#

why u do dis

foggy salmon
#

phat

#

was

#

a joke

opaque sorrel
#

this is

#

sexual abuse

foggy salmon
#

woah woah

#

stop there

toxic stratus
#

D:

opaque sorrel
#

ur grooming

#

ANYWAY

foggy salmon
#

no

#

u

#

actually

opaque sorrel
#

we did this right

foggy salmon
#

gonna get banned at this rate

toxic stratus
#

we did do it

opaque sorrel
#

no pls

toxic stratus
#

and you probably have it

#

in the back of your mind

opaque sorrel
#

no ban

opaque sorrel
#

emme try

toxic stratus
#

b&

opaque sorrel
#

no ban

#

so

foggy salmon
#

hey

opaque sorrel
#

$det(A^{-1})$

flat frigateBOT
foggy salmon
#

why dont u hv

#

helpful role

#

hello

#

hahhaa

opaque sorrel
#

i dont

#

help

#

i suck

foggy salmon
#

ye but

#

i think

#

u r

#

gonna hv it

#

in a bit

#

by

opaque sorrel
#

no

foggy salmon
#

being helped

#

hahhahaha

opaque sorrel
#

im trash

#

o

#

wow

foggy salmon
#

just from

#

bein here

#

why

opaque sorrel
#

hurt me feelings

foggy salmon
opaque sorrel
#

o

#

good

toxic stratus
#

i think

foggy salmon
#

whyyy

#

what

toxic stratus
#

the bots are smart enough

foggy salmon
#

HAHHAA

#

i feel

opaque sorrel
#

wait

foggy salmon
#

they just count msgs

#

mayb

toxic stratus
#

no but

opaque sorrel
#

ur telling me they give the role via the number of msgs

toxic stratus
#

the bot knows who opened the channel

opaque sorrel
#

watafak

nova creek
#

Wow look at you cool people with your green names >:( /s

foggy salmon
#

ye

opaque sorrel
#

o

foggy salmon
#

idk if they count that

toxic stratus
#

oh its gamer dio

foggy salmon
#

oh

#

why dont u hv that?

opaque sorrel
#

i think

#

goddess

foggy salmon
opaque sorrel
#

has like

#

50%

toxic stratus
#

yeah surely gamer dio should have green too

opaque sorrel
#

more messages

#

cus she sends msgs

#

in separate msgs

foggy salmon
#

like a bot

opaque sorrel
#

instead

#

of

foggy salmon
#

:D

opaque sorrel
#

one chunk

#

i shall

#

do that

#

too