#help-23

1 messages · Page 235 of 1

random rivet
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but how

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do i figure it out

sleek sentinel
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colinear: $v_1 = kv_2$ and perpendicular: $v_1 \cdot v_2 = 0$

expand these formulas
sometimes you'll have two variables, which means one can be whatever you want and then just solve for the other

flat frigateBOT
tardy mango
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^ For the second one, p and q aren't uniquely determined, so you can pick p (or q) to be whatever you want

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then solve for the other variable

random rivet
sleek sentinel
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do you know what a scalar multiple is

random rivet
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ngl

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no

sleek sentinel
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we can multiply vectors, which gives you a "stretched" (or squashed) version of the original
something like this

random rivet
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okay

sleek sentinel
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*do you see why

random rivet
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yes 👍

sleek sentinel
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cool, so if you have colinear v1 and v2, they're both scalar multiples of each other

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in other words, v1 = k * v2 for some k

random rivet
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okay

sleek sentinel
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is that enough info to do part a?

safe radishBOT
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@random rivet Has your question been resolved?

safe radishBOT
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idle schooner
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I know the answer is C to this question, but how am I supposed to find it. This is from my AP Precalc practice test

safe radishBOT
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@idle schooner Has your question been resolved?

idle schooner
#

.close

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feral sonnet
safe radishBOT
feral sonnet
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that is cos law

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how can I find h

river oriole
feral sonnet
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its so hard

river oriole
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all of these have a real value except for h

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ok then

feral sonnet
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how can I do this on my test

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I have to spend 1 hours

river oriole
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open the brackets

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see if that helps

eternal carbon
feral sonnet
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there has to be a short cut

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no

river oriole
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yea

feral sonnet
river oriole
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cause h^2

feral sonnet
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this the problem

river oriole
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opening the brackets isn’t that hard

feral sonnet
river oriole
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it takes 5 seconds

feral sonnet
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really

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can you please right it down then for me please

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let me see how you solve it

river oriole
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there you have your like terms

feral sonnet
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now isolate for h

river oriole
river oriole
feral sonnet
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please*

river oriole
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nah sorry mate

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you try and i’ll help you

feral sonnet
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dude i knew that already

river oriole
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yea

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so isolate for h

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what part are you stuck on exactly?

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you don’t know how to isolate for h?

feral sonnet
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there is no way you do the quastion under 10min

river oriole
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well, then it just comes down to practice.

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mate, i’ve done this question more than a million times, i can do it in less than 1 minutes

feral sonnet
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I know there is a short way for it I just need that short cut

river oriole
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just practice

feral sonnet
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this is the quastion

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ignore the blue 90

river oriole
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what do you want me to do

feral sonnet
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tell me the short cut

river oriole
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shortcut method is just do the equation quickly

feral sonnet
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are you sure

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?

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I think its somthing with cot

river oriole
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cot would do the same thing

feral sonnet
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ok then thanks but can you at least help me undrstad a nother quastion

river oriole
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you just don’t have 1/tan

feral sonnet
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wtf is this quastion asking

river oriole
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try drawing a diagram for your given knowledge first

feral sonnet
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exactly

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i dont know where to start

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where is 12

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12 digg

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if I draw it I can solve it ezally

river oriole
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ok then

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first draw the two roads intersecting

feral sonnet
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like this

river oriole
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there should be two straight lines

feral sonnet
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😂

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thats not right

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no ?

river oriole
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:/

feral sonnet
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it seems more like 120

river oriole
feral sonnet
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tf

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how

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see I always have problem undrstaning the quastions

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maybe its because english is my second lanuage

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just maybe

river oriole
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ah that sucks man

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think about a road

feral sonnet
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one of them gose up and one stright ?

river oriole
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intersection is two roads crossing each other

feral sonnet
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like this

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?

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faster car gose stright and slower one is going up

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somthing like this

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?

river oriole
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ur right this is worded weirdly

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i got it wait

feral sonnet
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other quastions are much easyer to undrstand

river oriole
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yea this one’s a bit annoying

feral sonnet
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see

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the last quastion was number 8 and this one is number 7

river oriole
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ok

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so first we look at the road

feral sonnet
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witch one

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if I undrstand the 12dg I will be fine I think

river oriole
feral sonnet
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oooo the 12 is the angle btwenn the roads ?

river oriole
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because the helicopter is in between them, we need to find the instance between them first

river oriole
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first can you find AB

feral sonnet
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I thought its the slope

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I can find the lengths now

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20min * 90km/h and 20min * 120km/h .

right

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that means divided by 3

river oriole
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yep

feral sonnet
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so 30km from start to point A and 40km from start to point B

river oriole
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yep

feral sonnet
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and we use cos law

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no

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wait

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its 3 d

river oriole
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cos rule yea

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nono you’re on the right track we’re thinking about this just with a triangle rn

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not 3d

feral sonnet
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so then yes

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cos law for finding A to B

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c2 = a2+ b**2 -2abcosA

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idk why it removed the **

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for c and a

river oriole
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it’s just a discord thing

feral sonnet
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then what

river oriole
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it bolds it

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what did you find for it first

feral sonnet
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do I really have to do it now .-.

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lets just say c

river oriole
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ok then

feral sonnet
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I know that part trust me

river oriole
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now we have a helicopter

feral sonnet
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right

river oriole
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this helicopter will be 1000 metres above somewhere on that line

feral sonnet
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is it like this

river oriole
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nah

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cause we’re on line AB now

feral sonnet
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o its 1d

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2

river oriole
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ye this questions weird

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you got it from here?

feral sonnet
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I think so

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thx'

river oriole
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sorry it ain’t 1-x

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it’s AB - x

river oriole
feral sonnet
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isnt suppose to be like this though ?

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then we have c/2 for both left and right

river oriole
feral sonnet
river oriole
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cause it’s not right in the middle, it’s somewhere in the middle

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nah the blue won’t work like that sorry nate

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the bottom triangle is a flat plane, you can’t make the 12 degrees 3d like that

feral sonnet
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ye . my teacher did a example in class it was 2d . you are right I think

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thx'

safe radishBOT
#
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golden pumice
safe radishBOT
golden pumice
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my soln is getting all over the place lol

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after substituting cot with cos/sin what should be the next step?

vale oriole
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cancel

olive tinsel
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i don't like trig

golden pumice
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oh it basically ended up at

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sin^5/cos

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but yeah

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i kept getting the wrong answers lol

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.close

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zealous dagger
safe radishBOT
zealous dagger
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can pls someone help me with this problem

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!help

safe radishBOT
#

To ask for mathematics help on this server, please open your own help channel or help thread. See #❓how-to-get-help for instructions.

olive tinsel
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Bro nobody's helping you with your test question

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I saw your earlier post

zealous dagger
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why lmao

olive tinsel
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It's a test omg

zealous dagger
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thats beacuse of you dont know it or smth

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thats nonsense

olive tinsel
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yes, i don't know how to do it but still cheating on your test ain't cool bro

zealous dagger
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quiz finished like a while ago lol

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i just want to know if i did it right

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.close

safe radishBOT
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safe radishBOT
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subtle ore
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hey there, can i get help with a topic i dont understand much

brazen parrot
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😡😡😡

subtle ore
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what

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can someone help

river oriole
subtle ore
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i don’t understand this exercise much

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i kinda forgot about the topic and the teacher still hasn’t reviewed yet

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hello

minor ermine
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U1= 3/8

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I forgot the topic

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But the second question I remember the method

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You just verify u(0)
Then put Un verify and build Un+1

safe radishBOT
#

@subtle ore Has your question been resolved?

safe radishBOT
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fiery otter
#

Unsure if I am supposed to send the question in the help forum AND claim a help channel. In any case, here is my question: #1239163223685726210 message

fiery otter
#

.close

safe radishBOT
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cloud mauve
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hello

safe radishBOT
cloud mauve
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id like help w this question

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i couldnt understand how to solve this as it isnt present in the standard form

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that is ax+by+c

final halo
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There is a typo in the question it is meant to be 25x² - 16

cloud mauve
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o

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oke wait lemme try solving it again tysm

cloud mauve
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I GOT THE ANS

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tyvm!

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answer is option a

final halo
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Yep! Nice

cloud mauve
#

.close

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lean otter
safe radishBOT
lean otter
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pls help my hw is due tomorrow and idk what this is 💀

hard crest
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can you do (a)?

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also did you do question 11?

lean otter
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no.

hard crest
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read i, and try to do at least that part of part a

lean otter
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nope

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ok tyy

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i still dont get it 😭

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oh wait

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would it be y = 3/4 (x - 8) + 2?

hard crest
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yep perfect

lean otter
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oh ok

hard crest
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now how can you convert that into the other form they want, for ii?

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start by distributing the 3/4

lean otter
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i have no idea

hard crest
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do you know the distributive law? or sometimes called property?

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it looks like this:

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$\psq (\rsq + \bsq) = \psq\rsq + \psq\bsq$

flat frigateBOT
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hayley table

lean otter
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oh yeah

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ik that

hard crest
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ok great

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so let's apply it to: y = 3/4 (x - 8) + 2

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we get y = 3/4 x - (3/4)(8) + 2

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can you simplify that last bit?

lean otter
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y = 3/4x - 8

hard crest
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i don't think that's right

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when you multiply the - 3/4 * 8 you should get -6 right?

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so then we have: y = 3/4 x - 6 + 2

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which will simplify to: y = 3/4 x - 4

lean otter
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ohhh

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ok

hard crest
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can you do b? it's the same, just with different numbers

lean otter
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i) y = -7/3 (x-15) - 6

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ii) y = -7/3 - 41

hard crest
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missing an x, and be careful of the negative signs again, i know there's a lot

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y = -7/3 (x-15) - 6

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y = -7/3 x + 35 - 6

lean otter
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oh yeah

hard crest
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so ultimately +29

lean otter
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yup

hard crest
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ok for the next ones, do you know how to calculate gradient? (also called slope)

lean otter
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yeah i do

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but what does it mean by lie on the line

hard crest
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ok well i'm posting this anyway:

(to the tune of the chorus of YMCA)

f_02Sing you know that m equals y minus y
seySing all over x minus x
mikasinging watch your signs as you do the rise over run
KitaSing and finding slope will be totally fun!

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oh that they're on the line, so like the line goes through those points

lean otter
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oh ok

hard crest
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so once you've calculated the slope you're in the same position you were for the previous ones

lean otter
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ohh ok tysm

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and what abt g)?

hard crest
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an x-intercept is the point at which the line crosses the x axis

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like this

lean otter
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would i do (4,0) (0,3) and then figure out the gradient?

hard crest
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yep

lean otter
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ohh ok

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tysmm

hard crest
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and then with that one

lean otter
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ur a lifesaver

hard crest
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i'd recommend using the y-intercept for the point-slope form thing

lean otter
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ok

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tyyyy

hard crest
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good luck!

lean otter
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tysm!

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.close

safe radishBOT
#
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lean otter
#

.reopen

safe radishBOT
#

lean otter
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wait im so sorry

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for c)

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m = 1/4

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so how do i put that into the y = m(x-h) + k equation

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oh no wait

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.close

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opaque bolt
safe radishBOT
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cosmic pier
#

Hello?

safe radishBOT
cosmic pier
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helllooooooooooooo

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I have a math problem

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very problematic

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whatever

spiral imp
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yes? share the problem

safe radishBOT
#

@cosmic pier Has your question been resolved?

safe radishBOT
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trail otter
#

I need third order of total differential of a function $f(x,y,z)=xyz$. I know that $d=h_1\frac{\partial}{\partial x}+h_2\frac{\partial}{\partial y}+h_3\frac{\partial}{\partial z}$. Is third order of paritial dirrefential just $d^3=\left(h_1\frac{\partial}{\partial x}+h_2\frac{\partial}{\partial y}+h_3\frac{\partial}{\partial z}\right)^3$?

flat frigateBOT
#

Slowaq

trail otter
#

pls help

safe radishBOT
#

@trail otter Has your question been resolved?

trail otter
#

<@&286206848099549185>

#

or is it like $d^3f(x,y,z)(\vec{h},\vec{k},\vec{l})=df(x,y,z)(\vec{h})df(x,y,z)(\vec{k})df(x,y,z)(\vec{l})$?

flat frigateBOT
#

Slowaq

trail otter
#

when $df(x,y,z)(\vec{h})=\left(h_1\frac{\partial}{\partial x}+h_2\frac{\partial}{\partial y}+h_3\frac{\partial}{\partial z}\right) f=h_1yz+h_2xz+h_3xy$

flat frigateBOT
#

Slowaq

trail otter
#

<@&286206848099549185>

meager shoal
#

sorry bro Idk this I am only learning basics of calculus :d

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wait

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is this vectors?

trail otter
#

i figured it out now

meager shoal
#

good keep up yo work bro

trail otter
#

:)thx for encouragment i kind of needed that

trail otter
#

.close

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storm ice
#

Hi, quick question about linear algebra

safe radishBOT
storm ice
#

If I have four points

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P = (2, 1, 0)

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Q = (-1, 0, -1)

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R = (0, 1, -1)

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S = (2, -3, 2)

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How would I go about proving they're in the same plane?

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I can't get my original idea to work and well.. im not sure why

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I was thinking that I could go from for example P to Q and R to get the direction vectors that would be in the plane and then take the cross product of that

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If the points are in the same plane, to me putting in the coordinates should total up to zero, no?

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So PQ = (-1-2, 0-1, -1-0) = (-3, -1, -1)

plucky python
#

you can find the equation of the plane passing through 3 of them and then substitute the fourth

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using cross-product as you said

storm ice
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How would I do that?

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Why is it not enough to have 2 direction vectors?

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PR = (0-2, 1-1, -1-0) = (-2, 0, -1)

plucky python
# storm ice How would I do that?

if you want to get the equation of the plane passing through P, Q, R for instance, you can take the cross product of vectors PQ and PR

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to get the normal vector

storm ice
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but it doesnt work for me :-;

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cross product of -3 -1 -1 and -2 0 -1

plucky python
storm ice
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-3 -1 -1

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-2 0 -1

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1, 2-3, -2

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aka

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(1, -1, -2)

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which should give x - y -2z = 0

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oh

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i may have forgotten about the constant

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i realize now

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when i tried plugging in for example P i get

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2-1-0 = 0

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1 = 0

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but then i guess we might have -1 as the constant for the plane?

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i think it breaks for R still

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nvm i just cant do math

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yeah i see the issue

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i just forgot about the constant

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that's why I got 1 = 0 and gave up and came here in frustration xd

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thank you!

storm ice
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just needed some reaffirming that i was on the right path :')

plucky python
storm ice
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well not that im here anyway

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how would I calculate the area between these four points?

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that's the last part of the question that I wasn't entirely sure about 🤔

plucky python
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the area of the quadrilateral formed by them?

storm ice
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yea

plucky python
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you can first split the quadrilateral into two triangles

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then find the area of each using cross-product

storm ice
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will try that approach

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thank you!

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have an amazing day <3

#

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plucky python
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signal holly
#

How could I calculate the point where the line intersects with the circle, given the red point, Radius, and blue point? I want a formula so i could move the 2 points and desmos would calculate it for me.

signal holly
brave wolf
#

ah i see

#

we will call red point coords x1 and y1

#

and blue point coords x2 and y2

#

radius will be just r

signal holly
brave wolf
#

this formula works for me @signal holly

#

the reason why is works is there are similar triangles

signal holly
#

thank you

safe radishBOT
#

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lean otter
#

"How many integer pairs 'a' and 'b' are there for a < b, a + b < 100 that verify the equation (a/4) + (b/10) = 7?"

I'm not really sure what to do here. I'd prefer a solution avoiding trial and error and an actual logical response, please (if possible).

Thanks.

frank horizon
lean otter
#

so, trial and error? I don't quite understand what you mean by "parametrized?"

frank horizon
lean otter
#

so, you try a situation that satisfies both inequalities and the equation?

#

and keep doing it

frank horizon
#

no, the inequality isn't relevant right now, first you want to find some pair (x,y) which solves the equation, then it is a fact that if (x,y) is a solution then (x+kv,y-ku) is also a solution, with k being any integer and v and v being the quotients when a and b are divided by their gcd

#

so now you can find all k which satisifes the inequalities, and that set of k's should be easy to count

lean otter
#

the possibilities are endless without the inequality

#

are they not

frank horizon
#

yes, but now instead of counting the number of valid solutions, you count the number of valid k's which is much easier

#

it should just be some range of integers

lean otter
#

what do you mean "k's"

frank horizon
#

k is a parameter which you can use to get other solutions, so if you find a solution (x,y) to the equation, then (x+kv,y-ku) is also a solution

#

and u and v are a/d, and b/d

lean otter
#

where are you getting "a/d" and "b/d" from

#

just rational numbers?

frank horizon
#

no, d is the gcd of a and b, so necessarily d|a and d|b

#

you can verify just by computation that if (x,y) is a solution, then so is (x+kv,y-ku)

lean otter
#

why are you doing (x,y) and not (a,b) if that's what I'm trying to find

#

sorry if I'm asking too many questions

frank horizon
#

thats ok, sorry i changed variables because that's what im used to, in this case a=5, b=2, c=140, and x=a and y=b

#

so first try to find just any solution

lean otter
#

a=5 and b=2?

#

like the coefficients?

frank horizon
#

ye

lean otter
#

why is it a and b

frank horizon
#

well in what i was saying earlier, a and b were the coefficients, sorry if that was confusing

#

i can rephrase, in the equation we have 5a+2b=140, so if (a,b) is a solution, then so is (a+kv,b-ku)

lean otter
#

so,

(a,b) = (a+kv, b-ku)

#

yeah

frank horizon
#

right

lean otter
#

but then, what can I do from here?

#

guess k?

frank horizon
#

no, now find v and u

#

u and v are the coefficient divided by their gcd

lean otter
#

so, 2/10 and 5/10

frank horizon
#

err no, thats the lcm

#

the gcd is smaller than the numbers

lean otter
#

ohhh

#

so 1?

frank horizon
#

yes

#

in this case its simple

lean otter
#

2/1 and 5/1

frank horizon
#

right

#

so now what are the solutions?

lean otter
#

so

(a,b) = (a+2k, b-5k)?

frank horizon
#

yep looks right

lean otter
#

then I find k?

frank horizon
#

now see if you plug in that new solution, the equation is satisfied

frank horizon
#

so first find a valid first solution

lean otter
#

one sec

#

2a + 5b = 140

#

now I plug in a+2k and b-5k??

frank horizon
#

err wait i think that's backwards

#

should be 5a+2b=140?

lean otter
#

does it even matter

#

ohh

frank horizon
#

yes of course it matters

lean otter
#

wait yeah

#

my bad

frank horizon
#

well it doesn't matter ultimately, but what you wrote down earlier would be wrong

lean otter
#

5a + 2b = 140

#

so actually

#

it should be 5(a+5k)?

#

and 2(b-2k)?

frank horizon
#

no what you wrote down earlier was correct

#

you can see why if you plug in the new solution

#

the k's cancel out

lean otter
#

5(a+2k) + 2(b-5k) = 140?

#

5a+10k + 2b-10k = 140

#

yeah, okay

#

but then what is the use of this situation

#

what can I do here

frank horizon
#

so first find any solution

lean otter
#

for k or for all the coordinates

frank horizon
#

just any valid solution

#

having the formula isn't helpful unless you have an initial solution

lean otter
#

but i dont get what you mean by solution

frank horizon
#

just any pair (a,b) which satisfies the equation 5a+2b=140

lean otter
#

oh, (2, 65)

frank horizon
#

cool

#

so now, you know that (2+2k,65-5k) is a solution for all k

#

so now the question is for what k is 2+2k < 65-5k, AND 2+2k + 65-5k < 100

lean otter
#

9

#

what do I do with this

#

just keep plugging values in

#

?

frank horizon
#

sorry, what do you mean, you should be able to get a range of values of k

lean otter
#

ohhh

#

i only did

frank horizon
#

i meant get every single k so that the inequalities are satisfied

lean otter
#

ok wait

#

-11 to 9?

#

is what I'm getting

frank horizon
#

wait let me check

#

yes i think

#

noninclusive right?

lean otter
#

yep

frank horizon
#

ok, so now just count how many are in that range

#

each one gives you a unique solution (a,b)

lean otter
#

oh my god

#

this is the greatest thing ive ever seen

#

it's 19

frank horizon
#

yep

lean otter
#

thank you so much

frank horizon
#

np

#

id suggest reading the wikipedia page on diophanine equations to read the proof of why what we did works

#

its basically just some number theory

lean otter
#

I will definitely do that

#

alr

frank horizon
#

👍

lean otter
#

.close

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static dune
safe radishBOT
static dune
#

is this a to c + c to b property?

#

cuz where does the 0 come from

tawdry needle
#

Yes

static dune
#

but where does 0 come from

#

is that just part of it?

tawdry needle
#

0 is arbitrarily chosen and any number would work there

#

But ig 0 is good

static dune
#

so i could put like

#

200 in there

#

but it would make it harder to solve i suppose

tawdry needle
#

Yes 200 in both places

static dune
#

ok thx

tawdry needle
#

Ye thats why they chose 0

static dune
#

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rigid sapphire
safe radishBOT
rigid sapphire
#

Part e is the problem I'm having trouble with

#

I understand the normal distribution is symmetric, but can you express this mathematically or no?

#

cuz it says "Show that"

#

If I got this type of problem on a test I'd just say they're equal since the normal distribution curve is symmetric and draw the graph lol

#

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nocturne blaze
safe radishBOT
nocturne blaze
#

how do i integrate that

gusty trench
#

uh

#

like integrate it over some bounds to get a number? or find a generic antiderivative?

nocturne blaze
#

so its not easy to integrate?

gusty trench
#

no, it has a nonelementary antiderivative, so you can't really express the antiderivative in terms of standard mathematical functions

nocturne blaze
#

ok thanks

#

what if it was sin(pi/2 x)

#

$sin(pi/2 x)$

gusty trench
#

to clarify, is the x in the numerator or denominator?

flat frigateBOT
#

Sprites

nocturne blaze
#

numerator

gusty trench
#

as in pi / (2x)?

#

oh

#

yeah that's easily integrable

nocturne blaze
#

how?

gusty trench
#

do you know the antiderivative of sine?

nocturne blaze
#

where does the x go?

#

yes - cos

gusty trench
#

one thing that could help keep track of chain rule here since it's not just sin(x) is u substituion, do you know that

safe radishBOT
#

@nocturne blaze Has your question been resolved?

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#

@dim cobalt Has your question been resolved?

dim cobalt
#

<@&286206848099549185>

rough storm
#

You could try to convert back to cartesian?

#

yeah that helps you visualize/graph it

dim cobalt
#

okkkk i definitely will give it a try, i think my proof will just be the graphs themselves

#

if i figure out geogebra

rough storm
#

i think it will help motivate your proof. Note specifically where the parts connect and disconnect. it's at a particular line

dim cobalt
#

okkkkk

#

ill give it a shot

#

thanks !

#

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vast harbor
#

I know that 0 is invalid

safe radishBOT
vast harbor
#

and 2 isn't either w the discontinuity

#

but is -3?

magic tendon
vast harbor
magic tendon
#

yes

vast harbor
#

thx

#

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paper phoenix
#

can someone explain this parametric equation of stright line formula

paper phoenix
#

what is t

#

also what is a

#

what is at

#

i guess a, b and c are X2, Y2, Z2

#

but t

mortal sandal
#

if you set t to a specific value you get a point on the line

#

As you vary t over every value, the point moves across the line, defining it by sweeping it out

paper phoenix
#

gotcha, so in this case its just like a placeholder

mortal sandal
#

a b and c are components of the direction vector

paper phoenix
#

what about this

mortal sandal
#

Not points on the line, but they might be more like X2-X1

paper phoenix
#

ah

#

yeah this question states that

#

wait but a was 4 before

#

hmm maybe the question was solved wrong idk

#

.close

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tall drift
#

Would this be correct?

safe radishBOT
tardy pivot
#

with logarithmic equations, always test your solutions with the original equation

#

oh well nvm it's fine here

#

it looks all good

safe radishBOT
#

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paper phoenix
safe radishBOT
paper phoenix
#

i dont even understand the first equation he came up with

#

can someone explain

final halo
#

theyve taken the determinant of the matrix by expanding across the top row

tardy pivot
#

just another formula to remember sigh

paper phoenix
#

gotcha, why 6 - k tho, why the -

#

in formula?

#

.close

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paper phoenix
#

.reopen

safe radishBOT
#

paper phoenix
#

<@&286206848099549185> need some help

#

after 6 the negative i dont get

mellow cypress
paper phoenix
#

oh negative is in formula?

#

3 (2) btw

mellow cypress
paper phoenix
#

got it

mellow cypress
#

( \begin{bmatrix} a & b \ c & d \end{bmatrix} )

flat frigateBOT
paper phoenix
#

thank you very much

#

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wheat ivy
safe radishBOT
safe radishBOT
#

@wheat ivy Has your question been resolved?

wheat ivy
#

<@&286206848099549185>

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@wheat ivy Has your question been resolved?

wheat ivy
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@wheat ivy Has your question been resolved?

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@wheat ivy Has your question been resolved?

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safe radishBOT
wooden sable
#

.close

safe radishBOT
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wooden sable
#

.reopen

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atomic pebble
#

Guys I have this function and the question is: Find the largest interval containing the point 1/2 on which f is defined and injective. Find the regulation
for the inverse function of narrowing f to this interval and sketch the graph of this inverse function.

I don't really understand it

grizzled fossil
#

Know how to check if a function is injective?

spice wing
#

Yeah 🙂

#

For f(x) = f(y) if x=y then injective

grizzled fossil
#

are you OP?

lean otter
#

op?

split fulcrum
lean otter
#

ok water beam

split fulcrum
#

OK YAJAT

atomic pebble
grizzled fossil
#

Find the intervals where the function is injective

solar hazel
spice wing
safe radishBOT
#

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manic shadow
#

STEAL

safe radishBOT
manic shadow
#

Log(1-x)(5)=2

#

how

#

i got √5-1 apparently not

spice wing
#

?

#

can you write it properly ?

manic shadow
#

i tried finding x but i cant seem to

#

wait

spice wing
#

5 × log(1-x) =2 ?

#

Or log base (1-x) 5

#

?

manic shadow
#

(1-x)²=5

spice wing
#

Ok

#

Got it

#

log a base b

#

= ln b/lna

#

Know thiz ?

manic shadow
#

nope

#

i learnt logarithmic thru Youtube

spice wing
#

Wait

#

See the formula

#

so we have ln 5/ln (1-x) = 2

#

Or ln 1-x = ( ln5)/2

#

Now you can solve ?

#

Orln 1- x = ln √5

#

Or x = 1-√5

#

Okk ?

manic shadow
#

uh wait

#

so we substitute x

#

1-1-√5?

spice wing
spice wing
#

By raising them to the power of e

#

ln means log (base e)

manic shadow
#

?

spice wing
#

How will you substitute ?

#

And where will you ?

manic shadow
#

loga(b)=c
a^c=b
So
log(1-x)(5)=2
we substitute x?

#

i think im misunderstanding hold on

spice wing
#

Yeah

spice wing
#

If you subtitute there you will get 5=5

spice wing
#

So its (1-1+√5)² okk

manic shadow
#

Oh ty, it says true

spice wing
#

Yeah

manic shadow
#

so this formula is called change of base?

spice wing
manic shadow
#

Ight tyvm

#

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safe radishBOT
flat frigateBOT
grizzled fossil
#

WLOG let x,y be negative. Simply just verify that x+y+z is not equal to 3

sharp cedar
#

Yh how?

grizzled fossil
#

x+y+z=x-z+z=x<0<3

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neat onyx
safe radishBOT
sweet mica
#

It's ilegible

neat onyx
#

Really? How is it showing up on your screen?

#

Would u mind showing me a screenshot

#

Of the illegible part

#

@sweet mica

sweet mica
#

The question text is ilegible.

neat onyx
# neat onyx

My question was , the parts in white are the options and blue is me trying to figure it out but I’m not confident enough in the rules to know what to do next for certain to get the correct one

sweet mica
neat onyx
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@neat onyx Has your question been resolved?

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visual creek
#

help

safe radishBOT
sturdy hazel
#

what can i help u with

safe radishBOT
#

No need to ask “Can I ask…?” or “Does anyone know about…?”—it’s faster for everyone if you just ask your question! See https://dontasktoask.com/

visual creek
versed wave
sturdy hazel
# visual creek

ok sir, first u are going to substract the -2 to get the other side of the equation. Then the last number 3x is going to be divided by 6y then subtracted by -2. After that ur going to be looking at the second equation. First subtract 4 by 7y into the equation. Which leaves me with y= -26

visual creek
#

for our school

safe radishBOT
visual creek
trail locust
#

Hello anyone can help with my problem

visual creek
#

its not even the right answer bro

sturdy hazel
visual creek
#

who is this guy

versed wave
trail locust
#

Sorry

safe radishBOT
visual creek
#

rolex why are you on my channel

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you have your own

sturdy hazel
trail locust
#

Come to my page sorry dear

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Sorry

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My professor also failed to solve this question

versed wave
visual creek
#

yu man buggin fam worda my motha you playin

visual creek
#

it says

#

solve set of equations

versed wave
#

alright

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the equations rn looking a bit ugly rn, why dont we clear it up?

#

convert the 2 equations into ax + by = c form would be a nice start

sturdy hazel
#

what in the confusion

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u randomly got a a and b out of nowhere

versed wave
#

???

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x and y are the variables, a, b are their coefficients

versed wave
#

lets not drift off topic here, what matters is @visual creek 's problem

safe radishBOT
#

@visual creek Has your question been resolved?

safe radishBOT
#
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desert juniper
#

ask the actual question?

fervent meadow
#

Help me

#

What’s the answer

safe radishBOT
#

@lean otter Has your question been resolved?

tardy pivot
#

you can solve this algebraically or using symmetry

safe radishBOT
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river oriole
#

hi i’m not quite sure what to do with the information y=-4x +13.

river oriole
#

I know the -2a + b = 4

#

and 1=a-b+c

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and that a is negative

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what else would i be able to do

brisk onyx
# river oriole and 1=a-b+c

Set up that 2ax +b = -4x for some x and that after you get that point you can set up a similar equation to this

river oriole
#

wouldn’t 2ax + b = -4, not -4x, as -4 is the gradient

#

or is this a rule, cause I thought the gradient would only equal -4 at that point

brisk onyx
#

So think about what the equation is trying to say rather than thinking about it like rules

brisk onyx
river oriole
brisk onyx
#

But what is the derivative telling you

river oriole
#

the gradient

brisk onyx
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at a point

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right?

river oriole
#

yep

brisk onyx
#

and so we know for example at the point 2 the gradient would be 2a(2)+b

river oriole
#

yes

brisk onyx
#

but when we are given that -4x +13 is tangent to the function

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one big thing is we dont know where is it tangent to the function

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so we know two things though

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  1. at that point this line and the function must have the same slope
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  1. the function and this line must intersect once
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try putting those two conditions into equations

river oriole
brisk onyx
#

but here you are implicitly assuming that the point at which they share the gradient must be one cuz you subbed in one on the rhs already

brisk onyx
brisk onyx
river oriole
brisk onyx
#

you know what i just realised

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youre right

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my bad

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it should just be -4

river oriole
#

nw

brisk onyx
#

for the second eq

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if they are equal at a point

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just set the eq's equal to each other

river oriole
#

ax^2 + bx +c = -4x + 13?

brisk onyx
#

yeah

river oriole
#

and then should i make a tangent equation with the other one and use that as my third equation?

#

nah i’m getting ahead of myself

river oriole
brisk onyx
#

you should have a sytem of equations

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and you can slowly hack away at them

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do you wanna write them all out and as you solve them i can check for mistakes and all that

river oriole
#

yep that would be helpful

brisk onyx
#

-2a + b = 4
1=a-b+c
ax^2 + bx +c = -4x + 13
2ax + b = -4,

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which one(s) seem like the least terrible

river oriole
#

1 and 4?

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idk to go for the ones without x or the shortest ones

brisk onyx
#

so you can solve for either a or b in 1

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then just sub that in somewhere else

river oriole
brisk onyx
#

we dont know yet

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but we have 4 eqs

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and 4 unknowns

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so its solvable

river oriole
#

oh damn ur right

brisk onyx
#

itll be a lot of algebra

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which yk good practice

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but not fun

river oriole
#

here’s where i’m at right now

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is there any problems with this or am i good to go

brisk onyx
#

imma be honest

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i havent seen a number above 5 in months

river oriole
#

lol

brisk onyx
#

i am no longer good at deal with this

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it looks fine

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to me

river oriole
#

nah there’s something wrong i did

brisk onyx
#

extra 4 i thnk

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in the second ther,

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4+2a+4

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maybe it should just be 4+2a

river oriole
#

ah

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the 13

brisk onyx
#

oh you mixed them i see

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my bad

river oriole
#

nah i’m still a bit off lmao time to proof all my working with the answers

#

it’s 5+a whoops

brisk onyx
#

might i recommend, if you do have one, putting this into a calculator

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if you have a TI ------ type thing i think i know how to put in the systems

river oriole
#

i have an old casio calc. the of but now forgotten plain looking sad calculator with an ink stain bleeding onto the screen :,)

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i fixed my equation tho

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i’m just gonna do the algebra to find a and then be a happy soul

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aight i got a

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thanks for your help mate

#

.close

safe radishBOT
#
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safe radishBOT
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crisp gyro
#

ik this isnt maths per se but ignore the context, how would i find the radius of the first curve? it says 1cm represets 10cm but like what do i mesure?

cobalt sinew
crisp gyro
cobalt sinew
#

length i think

crisp gyro
cobalt sinew
#

what is the formula to use in this question

#

because i dont know

crisp gyro
safe radishBOT
#

@crisp gyro Has your question been resolved?

gleaming field
#

Who pinge me

gleaming field
gleaming field
#

No a protractor i think

#

If you do use a compass that first curve would make a huge circle

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If its to scale, then it really doesnt matter

#

Just complete both of those circles then find the radius

safe radishBOT
#

@crisp gyro Has your question been resolved?

safe radishBOT
#
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icy coral
#

.reopen?

polar iron
#

I need help

safe radishBOT
polar iron
#

@pine wind

#

All three questions need statement and reasoning

safe radishBOT
#

@polar iron Has your question been resolved?

polar iron
#

A bit yes

safe radishBOT
#
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long fiber
#

say i had a matrix [1,3,2,2]

safe radishBOT
long fiber
#

its 2x2

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and the eigenvalues i got are 1, 2

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which align with the trace

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but the product of the eigenvalues should be equal to the determinant of the matrix

#

the determinant is -4 but the product is 2

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nvm im stupid

#

.clse

#

.close

safe radishBOT
#
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