#help-27

1 messages · Page 88 of 1

sage socket
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oh

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hmm

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that's true

small raptor
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do you know implicit differentiation?

sage socket
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I do!

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it's pretty straightforward

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but the equation givin is not very nice

small raptor
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its easier if you split the exponant

sage socket
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what does that mean

patent marsh
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nah it's not the prettiest lol, but it shouldn't be too bad. Just split up the e factors and you'l be golden

sage socket
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split the exponent

small raptor
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$e^{x+y} = e^{x}e^{y}$

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just an example btw not your actual question

woven radishBOT
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Mortta

patent marsh
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there we go lol

small raptor
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oops!

patent marsh
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haha it happens

sage socket
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let me think about that

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what's the goal then

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if I have x and y

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2 and 4

small raptor
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dont worry about x and y for now,

sage socket
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okie okie

small raptor
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just differentiate

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implicitly

sage socket
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gotcha

small raptor
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and find dx/dy

sage socket
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right right

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following

quaint citrus
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Idk if u would be able to use it on a test, but if ur interested in studying more in math, there’s a method of differentiating these types of equations using partial derivatives that’s much easier, might be worthwhile to check out if ur interested. Just a side note tho, focus on this problem for now

sage socket
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for sure

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I haven't gone over those yet

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I have a workbook that does though

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my professor recommended not to go onto those chapters though :p

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I got 2e^2x * e^-y dy/dx + e^2x * -e^-y = x^2 * -1/y^2 + 2x * y^-1

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so far

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all good?

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the next move is to get dy/dx on one side IIRC

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sorry it took me a sec to do that

quaint citrus
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I didn’t check it but yea do that and we can go from there

sage socket
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okie

small raptor
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how did you get e^2x e^-y

sage socket
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oh darn

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I needed to do chain rule

small raptor
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You tell me

sage socket
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should be 2e^2x * -e^-y

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using chain rule

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wait sorry

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so

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let me just edit the top

small raptor
sage socket
small raptor
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erm

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you have it on the wrong side

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$e^{2x}e^{-y}$

woven radishBOT
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Mortta

small raptor
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use product rule

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uv' + vu'

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u = e^2x, v = e^-y

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u' = 2e^2x

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v' = -e^-y dy/dx

sage socket
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oh

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you mean the terms?

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because it's addition

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does it really matter?

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ik it would for quotient rule

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cause of the subtraction

small raptor
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Im just confused why your dy/dx is on your e^-y and not on your -e^-y

sage socket
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OHHHHH

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yeah that was a mistake

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mb

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so

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I moved everything with a dy/dx on the lhs

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and everything without to the rhs

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I can factor out dy/dx

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divide what's in the () over to the rhs

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and boom

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I have dy/dx

small raptor
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im confused

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theres supposed to be a dy/dx on the right hand side too no?

sage socket
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why??

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OPMG

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YOU'RE RIGHT

small raptor
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because you differentited y^-1

sage socket
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wait

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I did that

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I moved that over

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already

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that's why I was able to factor out the dy/dx

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sorry if my hand writing isn't legible

small raptor
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all g

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mines not any better trust

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ok now you know y and you know x, plug em in

sage socket
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oh lord

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I'm getting

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a horrible looking number

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-4(e^2-2) / 21e^2

devout snowBOT
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@sage socket Has your question been resolved?

sage socket
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sure

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sage socket
#

to me, the question is just asking me to find the 2nd deriv of the position function. Then, I need to find where that 2nd deriv is zero.

sage socket
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for finding the poistion and velocity at those times, I'm assuming I'd plug in those values that I got from finding when the 2nd deriv is zero?

lyric hornet
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then plug in those t values into the first derivative for velocity and the normal function for position pandaHugg

sage socket
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omg

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woooo

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it sounds like I got it

#

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cinder berry
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cinder berry
#

I wanted to know how this works

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!status

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6. None of the above
cinder berry
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1

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<@&286206848099549185>

west palm
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Hi

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Do you know sine rule

cinder berry
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yes

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wait

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no

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I thought you said sine

west palm
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Oh k

cinder berry
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I too lazy to solve this I'm just gonna close this channel

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thank you anyway tho

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🙂

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cunning perch
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cunning perch
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I don't understand any of these questions at all

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I dont even know what mutually exclusive means and what union means

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I try to look at definitions and stuff but it just doesnt click

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i guess my understanding of question a is it is 0.1/0.4

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so 1/4

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but b and c I don't get at all

topaz axle
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it's all about overlapping circles
union is like total area covered, by at least one of the circles
if 0.3 and 0.4 together cover 0.5, the overlap has to be 0.2

cunning perch
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how is it 0.2

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im a bit confused sorry

topaz axle
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i can't explain stuff

cunning perch
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oh

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oh wait

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I think I get it

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Because

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to find A|B

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you need to do AnB/B

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and we dont know AnB

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so its

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x/0.4=0.5

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so x=0.2

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wait

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is A|B the same is AUB?

topaz axle
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no

cunning perch
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oh

topaz axle
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you've seen 4 of your friends yesterday
you've seen 2 of your friends today
but you only have 4 friends
how is it possible

cunning perch
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so is what I did wrong

topaz axle
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because you've seen some of them twice, the sum 4+2 is not equal to 4 but it's more

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and like i literally can't handle the fact that you don't get it
it's a huge problem it ruins my mood for like 6 minutes

cunning perch
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Maybe I'd understand if I knew what it meant

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I started learning this a couple min ago

topaz axle
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you pick a random point in the rectangle, if it happens to be in some circle, that event happens. P(A) is the size of circle A and P(B) is the size of circle B.
P(A∩B) is the size of the overlap and the union is like size of them togeher but without counting overlap twice, just how much of the rectangle is inside one of the circles
P(A|B) is the ratio of intersecting part, A∩B, to B
it means that instead of picking a point anywhere, you pick a random point inside circle B, because you are certain that B happened.

cunning perch
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Oh so it's P of A given B happened

topaz axle
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yeah

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you read | as "given"

cunning perch
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Yeah

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Oh wow I get it now

topaz axle
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if they are mutually exclusive, just means they don't overlap

cunning perch
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Because to find the overlap of the two

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You add them and subtract the union

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Oh ok thank you

topaz axle
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great

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mood unruined

cunning perch
topaz axle
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yes

cunning perch
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Ok now I get it

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Thanks

#

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shy topaz
#

Hi, can someone help me with 10.2? I don’t understand why tan y = k/AB
is ABE a right angled triangle?

devout snowBOT
#

@shy topaz Has your question been resolved?

fleet inlet
#

oh

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is that a 3d diagram

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wow

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i did not see that

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yes ABE is a right angled triangle as the netball post is vertical

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and the players are on a horizontal plane

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then you use trig

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soh cah toa

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@shy topaz Has your question been resolved?

shy topaz
#

awesome :), thanks!

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lime swan
#

Can someone give me a suggestion on how to resonantly solve this problem im stuck

lime swan
#

Or do I just have to do 100000 steps until I solve it?

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@lime swan Has your question been resolved?

lime swan
#

yeah I just finished it this problem was specifically made to waste as much of your time as possible

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harsh flume
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harsh flume
#

how would you do this

#

ive tried making equations but im not sure where to go with them

devout snowBOT
#

@harsh flume Has your question been resolved?

harsh flume
#

<@&286206848099549185>

red heath
#

name them and try cancelling something

worn schooner
#

Wait

red heath
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in the equations

worn schooner
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Make set equations of intersection, union, etc

It'll come out, if you do it right

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!nosols

devout snowBOT
#

As a helper, please do not give out answers that could be copied as a homework solution. Have the student work through the problem themselves and guide them along the way.

red heath
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i didnt solve

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🤨

worn schooner
#

No, i didn't target you.

I just wanted him to know that we can't show him the ans but only guide him

harsh flume
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this isn't hw

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so I need to use set notation

worn schooner
#

Do you know the formula/equation to find total people in this?

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@harsh flume Has your question been resolved?

harsh flume
#

.close

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nimble zodiac
#

back at it again

devout snowBOT
nimble zodiac
#

let’s get it

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Not sure how to rearrange numbers that are being multiplied or divided this isnt something i usually do

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question 10

livid monolith
nimble zodiac
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Oh wait

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i just got that answer

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wtf

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tysm tho

livid monolith
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all g

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its a formula so make sure to remember it

nimble zodiac
#

will do

#

thanks

#

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hidden dragon
#

Is the range of g(x) in fog(x) a subset of domain of f(x)?

restive river
#

It has to be, no?

hidden dragon
#

Well I have sorted it out on my own so nvm and thanks.

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worthy kraken
#

Viewport size = screen size / device pixel ratio;
So for iPhone 12 pro: viewport size = 1170 x 2532 pixels, 19.5:9 ratio anyone can calculate that?
I guess the result will be 390 x 844

worthy kraken
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@worthy kraken Has your question been resolved?

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@worthy kraken Has your question been resolved?

worthy kraken
#

Anyone can do the math how can it be calculated? 1170 x 2532 and 19.5:9 to 390 x 844?

whole badge
#

Firstly, your question is rather passive aggressive, that attitude may discourage people to help you.

#

secondly, I'm not sure about how to do it but 1170/19.5*9 = 540, not 390 so I think your answer is wrong

devout snowBOT
#

@worthy kraken Has your question been resolved?

worthy kraken
#

Got this information:
Screen size (resolution) is the number of physical pixels present on a screen.

Viewport or Viewport size is the number of software pixels (CSS pixels) present on a screen. Usually, viewport size displays as viewport width in pixels to viewport height in pixels.

Device Pixel Ratio (DPR) or CSS Pixel Ratio is the ratio between the physical pixels (screen size or resolution) and CSS pixels (viewport). Depending on device specification, one CSS pixel can equal one or mode physical pixels. Modern devices have screens with high pixel density resulting in the difference between screen size (resolution) and viewport.
Summary:
Screen Size (Resolution) = Viewport size × Device Pixel Ratio.
Viewport size = Screen Size (Resolution) / Device Pixel Ratio.
CSS Pixel Ratio = Screen Size (Resolution) / Viewport size.

Viewport size = screen size / device pixel ratio;
So for iPhone 12 pro: viewport size = 1170 x 2532 pixels, 19.5:9 ratio anyone can calculate that?
I want to find out the viewport size

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idle tiger
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idle tiger
#

Hello. Please help me with this. Would be really appreciated

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@dry robin

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hidden hinge
#

What did I do wrong here?

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topaz beacon
#

remember that square roots have a plus or minus at the front

#

given the initial condition, you have to choose either the plus or the minus

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hidden moth
#

Alright back with the trig identities, I can get the tan side to be tan theta + cot theta but that obviously doesn't equal the other side

weak cove
#

rewrite tan and 1/tan in terms of sine and cosine

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and then make them have common denominators for adding

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see what shakes out from that

hidden moth
#

something like this?

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oh wait no the other way around

weak cove
#

so, the things you are multiplying by, you can't just do that

hidden moth
#

ok

weak cove
#

to make them have common denominators, you have to make the one on the left

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the sin/cos

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have a denominator involving a sine like that one on the right has

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so multiply it by sin/sin

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this is fine, because multiplying by 1 is all you are doing and it doesn't change the equation

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but it also makes the denominator sin(theta)cos(theta)

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and then the one on the right, it already has the sin and needs the cosine, so multiply it by cos/cos

hidden moth
#

ahh

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but then won't the trig functions be squared on the top?

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A HA they = 1

#

thanks austin!

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thorn sage
#

Original message edited

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thorn sage
#

It's d

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thorn sage
#

Whops

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hidden dragon
#

If a is any real constant, and I have function f(x)=(a-x)/(a+x), can I say that range of f(x) is R-{-1}?

hidden dragon
#

Because I was taught that, to find range of linear function/linear function I got to remove the ratio of coefficient of x from whole real number set.

magic thicket
#

,w plot (1 - x) / (1 + x) over [-10, 10]

magic thicket
hidden dragon
#

Like, range of (ax+b)/(cx+d) would be R - {a/c)

restive river
#

Oh whoops

#

brain

woven radishBOT
magic thicket
#

idiot WA

hidden dragon
#

No I already know that domain is R-{-a}.

magic thicket
hidden dragon
#

Ohh

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,w graph (2-x)/(2+x)

woven radishBOT
hidden dragon
#

actually there is a question

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In which f is defined from R-{-a} to R

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When it should have been from R-{-a} to R-{-1}

magic thicket
#

either is fine

#

you don't have to define functions in such a way that they are surjective

hidden dragon
#

Oh that's true

#

Ty

#

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neat turtle
#

On average, how many times must a 6-sided die be rolled until a 6 turns up twice in a row?

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verbal coral
#

Hi i need help

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jaunty mantle
#

<@&268886789983436800>

jaunty mantle
verbal coral
#

yeah

#

@jaunty mantle

jaunty mantle
#

What’s the slope of f(x) at this point

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proud zodiac
#

hey

devout snowBOT
proud zodiac
#

i need help with math pre calc

tall knoll
#

what about it do you need help with?

proud zodiac
#

What do i put in the

#

other boxes?

#

0 0

#

am i suppose to put this in a calculator?

near stone
#

Hint: use a unit circle

#

,tex .unit circle

proud zodiac
#

tex.unit circle?

woven radishBOT
proud zodiac
#

okayy what should i do now.

near stone
#

and if you want to check your answer use a calculator

proud zodiac
#

okay

#

how do iuse the calcultaor

#

it seems easier

#

ay

#

hey

near stone
#

are you using a real calculator or online?

proud zodiac
#

none

#

i should use online

#

right

near stone
#

if you don't have a calculator irl then yes use the online

proud zodiac
#

ok

#

what do i put on it

near stone
#

start with 0

#

6*sin(3(0)/2)

proud zodiac
#

okay

#

mmm

#

confusion

near stone
#

,calc 6*sin(3(0)/2)

woven radishBOT
#

Result:

0
proud zodiac
#

o

near stone
#

,calc 6*sin(3(15)/2)

woven radishBOT
#

Result:

-2.9230470747631
proud zodiac
#

OKOK

near stone
#

does it says you need to write it as fraction? just curious

proud zodiac
#

i write it like -2.92

#

,calc 6*sin(3(30)/2)

woven radishBOT
#

Result:

5.1054211472047
proud zodiac
#

,calc 6*sin(3(45)/2)

woven radishBOT
#

Result:

-5.9941288802078
near stone
#

so you're all good now?

proud zodiac
#

No

#

i need to learn to graph it

#

it has to be a flower

#

let me fill this in , itll take 1 minute.

#

,calc 6*sin(3(60)/2)

woven radishBOT
#

Result:

5.3639799816033
near stone
#

do you know desmos?

proud zodiac
#

not really

#

im NEW to math lol.

#

,calc 6*sin(3(75)/2)

woven radishBOT
#

Result:

-3.3746483343981
proud zodiac
#

,calc 6*sin(3(90)/2)

woven radishBOT
#

Result:

0.53021211662401
proud zodiac
#

,calc 6*sin(3(105)/2)

woven radishBOT
#

Result:

2.448574931035
proud zodiac
#

,calc 6*sin(3(120)/2)

woven radishBOT
#

Result:

-4.806915814403
proud zodiac
#

,calc 6*sin(3(120)/2)

woven radishBOT
#

Result:

-4.806915814403
proud zodiac
#

,calc 6*sin(3(135)/2)

woven radishBOT
#

Result:

5.9472288394791
proud zodiac
#

,calc 6*sin(3(150)/2)

woven radishBOT
#

Result:

-5.5805692680272
proud zodiac
#

,calc 6*sin(3(165)/2)

near stone
#

oh btw if you want to continue calculating those use #bots its free

woven radishBOT
#

Result:

3.7998452327837
proud zodiac
#

HELPFUL

#

TY

near stone
#

np

proud zodiac
#

,calc 6*sin(3(180)/2)

woven radishBOT
#

Result:

-1.0562756788273
proud zodiac
#

ok

#

@near stone

#

how could i graph this now?

near stone
#

use desmos

proud zodiac
#

mmm

#

idk

#

okay

#

what do i put here

#

i think i did this wrong.

#

are the nubmers correct?

#

yeah..

#

umm its not right??

#

@near stone

#

.close

devout snowBOT
#
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near stone
near stone
#

.close

devout snowBOT
#
Channel closed

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near stone
#

.close

#

why this bugged

devout snowBOT
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tight geyser
#

Hello i am going to send my work for this momentarily but my answer i got isnt a possible one and i wanted to see if someone could spot where I went wrong.

tight geyser
#

Am looking for the Area.

#

.close Nvm i think i see it

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lavish canopy
devout snowBOT
lavish canopy
#

Need help w/ #40, plz

#

Could someone pinpoint where I’m going wrong?

#

Here’s my work

#

I feel like the answer key might be wrong

devout snowBOT
#

@lavish canopy Has your question been resolved?

lavish canopy
#

<@&286206848099549185>

devout snowBOT
#

@lavish canopy Has your question been resolved?

lavish canopy
#

Plz help

devout snowBOT
#

@lavish canopy Has your question been resolved?

lavish canopy
#

<@&286206848099549185>

devout snowBOT
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@lavish canopy Has your question been resolved?

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modern magnet
#

hey

devout snowBOT
mild comet
modern magnet
#

I am trying ot make an arch in minecraft but I am trying to make it start at certain x and end at certain x

#

I am currently using the sin function but I do not know how to control when it finishes

#

How could I make so it starts at 0 and ends at 4?

restive river
#

🤷‍♂️

lost trout
# modern magnet

to control the height of sin(x), change the coefficient of sin(x) and to change the width of sin(x), change the coefficient of x

restive river
#

I used to use this for Minecraft pixel art

lost trout
#

i recommend you play around with this

modern magnet
modern magnet
wooden veldt
#

Just add to your x > 0 by changing it to say π > x > 0

lost trout
#

yup

#

you're welcome

devout snowBOT
#

@modern magnet Has your question been resolved?

#
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hearty nexus
#

$y = 5\sin(-180x) + 25$ is the same as $y = -5\sin(180x) + 25$

hearty nexus
#

?

woven radishBOT
#

rynite

mild comet
#

yes

hearty nexus
#

they output the same graph, I know one is a reflection across the X and another across the Y

hearty nexus
livid dagger
lyric hornet
#

$cos(x)=cos(-x)$ is an even

woven radishBOT
#

XxMrFancyu2xX

hearty nexus
#

alright

#

Thanks.

#

.close

devout snowBOT
#
Channel closed

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Use .reopen if this was a mistake.

lyric hornet
devout snowBOT
#
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hearty nexus
#

another question, graph i (blue), which is $y=-5\sin(180x)+25$, when changing to cos, can the equation be either $y=5\cos(180(x-1.5))+25$ or $y=5\cos(180(x+1.5))+25$?

woven radishBOT
#

rynite

hearty nexus
#

to me its anyways translating the graph horizontally so it starts from the max, whether its -1.5 or +1.5

#

just confused because in the answers it's -1.5

void hound
#

can someone explain how they got 4 and 0 pls?

void hound
#

i can't send messages on there

mild comet
void hound
#

I did but I don't understand what its saying

mild comet
void hound
#

oh i see thank you

devout snowBOT
#

@hearty nexus Has your question been resolved?

hearty nexus
devout snowBOT
#
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restive river
#

helllo

devout snowBOT
restive river
#

i dont know where to start from

winter patrol
#

do you know how to convert radical form to exponent form?

deep cove
#

You may want to revise on "Law of Indices".

restive river
#

revise is a nice word

#

i havent learnt that lmao

#

but in this case, it would be...

#

y divided by 4?

#

?

winter patrol
#

no

mild comet
restive river
#

learn

restive river
#

also hey again ramonov

mild comet
#

“revise” means something more like “study”

restive river
winter patrol
#

revise means you look back on stuff you're previously learnt

#

compare $\sqrt[n]{a^m}$ to $\sqrt[4]{y}$
what are $a,m,n$

restive river
#

back to topic since im acting like a weirdo

woven radishBOT
#

ℝamonov

restive river
winter patrol
#

it tells you

#

the want something in the form
$$y^{\text{some fraction}}$$

woven radishBOT
#

ℝamonov

restive river
#

but the entire thing is y

winter patrol
#

wdym

restive river
#

its mainly comprised of ys

#

how do you do it

winter patrol
#

read above

#

what I asked you

restive river
#

still lost

#

sorry

winter patrol
#

don't overthink

restive river
#

y^4/y?

winter patrol
#

no

#

that's not what I asked and no

#

focus only on the numerator for now, and converting that to exponent form applying the identity at the bottom right

#

compare $\sqrt[n]{a^m}$ to $\sqrt[4]{y}$
what are $a,m,n$

woven radishBOT
#

ℝamonov

restive river
#

so how do we even start

winter patrol
#

read ^

restive river
#

read

winter patrol
#

that's how you start

restive river
#

i dont really get what any of that means

winter patrol
#

which part

restive river
#

lost me at exponent

winter patrol
#

exponent form is something in the form
p^q

restive river
#

oh

#

so 4^5?

#

2^2?

#

like that

#

?

winter patrol
#

is something in exponent form

restive river
#

okay

#

so y^4/y?

winter patrol
#

NO

#

again stop trying to skip ahead

restive river
#

okay

winter patrol
#

focus only on this

#

compare $\sqrt[n]{a^m}$ to $\sqrt[4]{y}$
what are $a,m,n$

woven radishBOT
#

ℝamonov

winter patrol
#

for what values of
a,m,n
will these be the same

#

don't overthink this

restive river
#

oh

#

so y is a, 4 is n?

winter patrol
#

yes, and what about m

restive river
#

0?

winter patrol
#

no

restive river
#

or is it 1?

winter patrol
#

1

restive river
#

how

#

oh okay

winter patrol
#

y^1 = itself

restive river
#

y^ 1/4?

winter patrol
#

() around the (1/4)

#

that'll be your numerator

restive river
#

i dont get it

#

y^(1/4)

winter patrol
#

yes

restive river
#

so this is our numerator?

#

over y?

winter patrol
#

yes

restive river
#

so the ans is y^1/4
-------
y

#

like this?

winter patrol
#

that's just the first step

#

y^(1/4)
() are needed to communicate clearly in text

restive river
#

okay

winter patrol
#

and then apply that quotient law

restive river
#

but whats the next step

restive river
winter patrol
#

quotient law
the second one in the list with division

restive river
#

oh

#

hows that useful here

#

marking scheme says this

#

WAIT

#

y/y is y divided by y

#

so we can use the second law

#

y^(1/4)

 y
#

same as divided by

#

right @winter patrol ?

#

rip youve given up lmao

mild comet
restive river
#

yea

winter patrol
#

y/y is y divided by y
not an accurate description of what you have
you have (y to the power of something) divided by y (or y^1)

restive river
#

okay

winter patrol
#

and the second law above is applicable here

restive river
#

okay

#

while were here..

#

for ci

#

i got (y-2)(y+24)

#

why isnt that the correct answer/

#

marking scheme says (y+6)(y-8)

#

@winter patrol

#

oh wait

#

nvm

#

sorry for the ping

#

.close thanks

devout snowBOT
#
Channel closed

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mild comet
#

What is A and what is B

devout snowBOT
#

@restive river Has your question been resolved?

#
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kindred fern
#

Hello. I need help with thinking and solving the problem. I am trying to practice my math as a 7 grade. "Find the length of the cathetus in an isoscelus right triangle with the hypotenuses equal with 6sqrt3"

kindred fern
#

Until now I did - BC^2 = X^2 + X^2 => 2x^2 = 6sqrt3, but I don't know if its correct or how to calculate it

#

<@&286206848099549185>

strong saddle
#

@kindred fern your setup is close, however you need to also square the 6sqrt3 term in your setup using the Pythagorean thm

kindred fern
#

then it would be 6sqrt3 squared, so, 36 * 3 = 108. 108 = 2x^2 | : 2, sqrt(54) = X, what now?

#

if ab = ac, AB = sqrt(54), AC = sqrt(54)

#

Don't think that's good

#

also, 54 it's prime number

strong saddle
#

so

#

you can simplify sqrt54 as 3sqrt6 because 54=9*6

#

then that is the length of each cathetus in your isosceles right triangle

#

@kindred fern

kindred fern
#

Yes.

#

Thank you so much !

strong saddle
#

np

kindred fern
#

.close

devout snowBOT
#
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eager harness
#

Hi

devout snowBOT
eager harness
#

How can we here deduce the right side from the left side

#

i.e why:

#

$$x^8 = 3 \mod 11 \implies x = 2 \mod 11 \lor x = 9 \mod 11$$

woven radishBOT
#

szahu420

stone stump
#

for these small values you can just bruteforce

#

it obviously helps here that the exponent is even so if x is a solution, then also -x is

eager harness
#

in the third row that would mean I have to calculate 2^10 mod 13 , 3^10 mod 13 and then 4^10 mod 13

#

of course the reminder probably cycles, so it's not that much of calculations

stone stump
#

if you use fast exponentiation thats doable in your head

#

for these numbers anyway

eager harness
#

ah I see the fast multiplication algorithm

#

but I still have to check all of them right?

stone stump
#

i.e. square-and-multiply

eager harness
#

is there a guarentee that there is only going to be 2 solutions?

stone stump
#

no

#

x^6=1 mod 7 has 6 solutions

eager harness
#

so I do have to check all numbers mod 13

#

so in this I do have to check all numbers between 1, 12?

eager harness
eager harness
#

I see thanks

stone stump
#

2^10 = (2^5)^2 so if you can figure out 2^5 then 2^10 is easy

#

2^5 = 2^4*2 so you need to figure out 2^4

#

then 2^4 = (2^2)^2 etc

eager harness
#

I see thanks

#

.close

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#
Channel closed

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hidden dragon
#

Is f(x)=0 the only function which is both, even and odd?

stone stump
#

try proving it

hidden dragon
#

That f(x)=0 seems to be the only solution but just wanted to confirm in case m wrong

stone stump
#

yes its the only one

#

f(-x) has to be both f(x) and -f(x) at the same time which is only possible for f(x)=0

hidden dragon
#

Oh

hidden dragon
stone stump
#

change to what

hidden dragon
# stone stump change to what

Like f(x)=0, x belongs to R and g(x)=0 where x belongs to R-{-1,1} would be different functions but still even and odd

#

by removing symmetrical domain

#

So it won't be correct to say that f(x) and g(x) are equal function

stone stump
#

well ok...

hidden dragon
#

Because their domain aren't same

stone stump
#

g is still the zero function on its domain

#

for each fixed domain only the zero function works

hidden dragon
stone stump
#

yes they arent

#

but that's not really the point here

pseudo basin
#

if you want to be that pedantic about it then for each zero-symmetric subset D of R there exists precisely one function f: D -> R which is even or odd, and it is the constant zero function

hidden dragon
stone stump
#

f(x)=0 for all x in your domain

#

the last part I didnt specify before because that was implicit

hidden dragon
#

Ohh I see

stone stump
#

you always implicitly mean "for all x in whatever domain"

hidden dragon
#

Thank you both Ann and denascite

#

.close

devout snowBOT
#
Channel closed

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hidden dragon
#

f: R-{2}->R, f(x)=0. Which of the follow is f(x).
A)Even B) odd C)Even and odd both. D) neither odd nor even.
I want to confirm my answer. My answer is D.

topaz axle
#

makes sense

hidden dragon
#

That means D is correct, thank you!

#

.close

devout snowBOT
#
Channel closed

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topaz axle
#

i don't know why i even answered i have no clue

hidden dragon
#

.reopen

devout snowBOT
#

hidden dragon
topaz axle
#

it makes sense, because the graph can't possibly be symmetric if it has a single hole that's not at 0,0

hidden dragon
#

I also thought the same that's why I picked D but when I put -x into f(x) it gives both even and odd

#

What you say makes sense!

topaz axle
#

i don't know however how evenness is defined, maybe it's somehow totally fine

hidden dragon
#

So I'll be obstinate with the answer D, thank you!

#

Now I'll close the channel then!

#

.close

devout snowBOT
#
Channel closed

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jovial mauve
#

The economy of a country consists of exactly two industries: mining and manufacturing. It was expected that the economy would grow by 18% if mining grew by 10% and manufacturing by 20%. However, if manufacturing grew only by 10%, then, for the economy to still grow by 18%, mining needs to grow by what percent?

jovial mauve
#

I get 50% and the answer is mentioned as 37.5%

#

Can someone verify?

supple knot
#

just show your work

pseudo basin
#

yeah this answer is not readily verifiable from just the input data

jovial mauve
pseudo basin
#

ok my answer matches yours

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so either we made the same mistake or the book is wrong

#

can you show both your sol and the book's sol

jovial mauve
#

The book did not give solution to this problem

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It is just written 37.5%

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I will show my work

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(Economy - Mining) : (Manufacturing - Economy) = 8 : 2 = 4 : 1
Thus, (Mining - Economy) : (Economy - Manufacturing) = 4 : 1
So, (x-18) : (18-10) = 4 : 1

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x is the growth percent of mining industry

pseudo basin
#

hm

#

looks dodgy to me, but might arrive at the right answer.

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this is how i did it, somewhat abridged:

d := original mining production
m := original manufacturing production
[d for dig ~ mine]
take original economy size as 1 for simplicity

original economy: d + m = 1
proj growth: 1.10d + 1.20m = 1.18

d + m = 1
1.10d + 1.20m = 1.18
subtract => 0.10m = 0.08
=> m = 0.8 => d = 0.2

manuf only grew by 10%
=> new manuf volume = 0.88
to get to 1.18 total, mining must grow to 0.3
0.2 -> 0.3 = +50% growth
cosmic jacinth
#

Okay so, I did it, and I arrive at 50% too.

#

I used Desmos haha, so my work might not be of use here

jovial mauve
#

.close

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signal panther
#

Finally, the x_3 x_4 plan is considered in R^4 , i.e. the subspace V = {(0,0, x3, x4) ∈ R 4 | x3, x4 ∈ R}. Show that the common set U ∩ V is a line through the origin and determine a direction vector for this. Where U = {b1,b2,b3}. What i have tried is the take the basis vectors from U and set them to be equal to the vector in V then found the echelon form. Since the first 2 vectors in V are always 0. Is it safe to assume the the line through the origin is L = {0,0,-3x_3,x_3+x_4}? The basis vectors b1 b2 and b3 are the coloumn vectors in the non reduced matrix

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@signal panther Has your question been resolved?

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@signal panther Has your question been resolved?

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void hound
#

need help with a question

devout snowBOT
void hound
#

I don't understand the concept of convergence. Could you explain it using this example?

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@royal thorn

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@dry robin

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void hound
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.close

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distant root
#

hi there just wondering the beet way to solve this

torn vessel
#

Use $P(A \ or \ B) = P(A) + P(B) - P(A\ and \ B)$

woven radishBOT
#

Zybikron

placid rover
#

venn

#

maybe.

distant root
#

what is p(a and b) again

#

is that just the prob of either right

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like combine them

torn vessel
#

do you know what mutually exclusive means?

distant root
#

oh mb i forgot ab that part

#

yea i think

#

like they don’t overlap

torn vessel
#

yep

distant root
#

wait so what would it be the

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then

torn vessel
#

it means A and B can't happen or is empty. So what's the probability?

distant root
#

im confusing myself i think

#

im sorry

torn vessel
distant root
#

wait so if they are mutally exclusive then i can’t find p(a or b)

#

nvm

#

im dumb sorry

#

thank you for your patience

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craggy sequoia
#

I am stuck on this probability question. I have no idea about the rules of cards.

lavish oar
#

do u know how many classic card have

craggy sequoia
#

52 total cards right?

patent marsh
#

yep! How many cards in a suit?

lavish oar
#

can you give a minute i will make a flow chart about everything

craggy sequoia
patent marsh
#

hearts, spades, clubs, and diamonds

craggy sequoia
#

i'm guessing 52/4

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13?

patent marsh
#

bingo

#

so what is the probability of getting a heart if there are 13 total hearts out of 52 cards?

craggy sequoia
#

1/4

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0.25

patent marsh
#

yep!

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so that's P(A)

craggy sequoia
#

right

snow basin
#

PLZ HELP ME

#

PLEASEEEE

craggy sequoia
#

@snow basin wrong help channel

snow basin
patent marsh
craggy sequoia
#

use an open help-channel to paste your query.

patent marsh
lavish oar
snow basin
#

HELPPPPAFSRFSWSF

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snow basin
craggy sequoia
snow basin
#

check forums

#

plz

#

someone check forums and help me

craggy sequoia
#

could you wait your turn please?

lavish oar
#

okay, ping me on ur form

main gull
snow basin
#

I DID

#

WTF

#

WHAT DOD I DO

craggy sequoia
#

rae please

#

occupy another help channel

#

wait your turn

#

all you have to do

#

all the helpers are alseep right now

snow basin
#

someone help

#

plz help

craggy sequoia
#

wait until tomorrow and someone will have answered your query

#

you have to wait

#

none of the people who know how to do your question are online currently

snow basin
#

my grades lock in like 30 mins

#

im desperate

craggy sequoia
#

yikes

patent marsh
snow basin
craggy sequoia
snow basin
#

i didnt do it all semester

#

whoops

craggy sequoia
#

anyway Mellow would the probability of both events be 0.25?

patent marsh
craggy sequoia
#

thanks. @patent marsh @lavish oar

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upper spire
#

repost ur question here

#

<@&268886789983436800>

#

ping mods

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restive river
#

why does the cos tend to 0 here?

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pseudo basin
#

it's not the cos itself that tends to 0 but what's inside the cos

#

i.e. π/n

restive river
#

yea I will need a little depper explanation

#

π/n what does this have to do with it

pseudo basin
#

as n approaches infinity, what happens to 1/n?

restive river
#

0

#

duck

#

.close

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lavish oar
devout snowBOT
lavish oar
#

$$ 0 < \frac {1}{2x-4} < \frac 1 2 $$
$$ 0 < 2x-4 < \frac{(2x-4)^2}{2} $$
$$ 4 < 2x < \frac{(2x-4)^2}{2} + 4 $$
$$ 2 < x < \frac{(2x-4)^2 + 8}{4} $$

woven radishBOT
lavish oar
#

either
x > 2

#

oh wait a sec

#

yeah nha

#

$$ x < \frac{4x^2 - 16x - 16 + 8}{4} $$
$$ x < \frac{4x^2 - 16x - 24}{4} $$
$$ x < x^2 - 4x - 6 $$
$$ 0 < x^2 -5x - 6 $$

woven radishBOT
old stag
#

I really think you'd have a better time if you noted that if 1/y is positive, then so is y. There's nothing stopping you from just multiplying by 2x-4 in the first step and solving a linear problem instead.

lavish oar
#

$$ 0 < (x-3)(x-2) $$
x > 3 and x > 2

lavish oar
#

and the process/assumation is wrong too

#

@pseudo basin

#

<@&286206848099549185>

#

i got x > 2 and x > 3 by intesection x > 2 but the answer is x >3 : (

old stag
#

Intersection means the region where both conditions are satisfied.

#

Where x>2 AND x>3

lavish oar
#

ohhhhh

#

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trail stratus
devout snowBOT
trail stratus
#

what does the last statement mean??

#

the question\

sonic smelt
#

What's confusing you there?

trail stratus
#

why

#

Why does it not exist?

sonic smelt
#

It oscillated from -1 to 1 constantly

#

Informally speaking

#

But we can do a proof

trail stratus
#

Like this?

sonic smelt
#

Yeah, except it happens at infinity

#

Not at the origin

trail stratus
#

ahhh, yeah I remember this in calculus 1

#

thank you

#

I'll restudy the proof

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finite briar
devout snowBOT
finite briar
#

Question: is (x^2+1)^4 = (x^4-6x^2+1)^2 + 16(x^3-x)^2 an identity

#

So I tried putting in values, it works out

#

But algebraically it doesn't

finite briar
woven radishBOT
finite briar
#

Also pls mention me when u respond

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#

@finite briar Has your question been resolved?

finite briar
#

<@&286206848099549185>

finite briar
#

<@&286206848099549185>

#

????

junior otter
#

lemme go through ur working

junior otter
#

@finite briar i am getting the same answer as you

pseudo basin
#

hold up

#

Question: is (x^2+1)^4 = (x^4-6x^2+1)^2 + 16(x^3-x)^2 an identity

#

this?

#

@finite briar i think you're going about this in a complicated way

#

easier to just expand (x^2+1)^4 and 16x^2(x^2-1)^2

#

and (x^4-6x^2+1)^2