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1 messages · Page 130 of 1

near turtle
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okay so this in dutch i will give you the translation: Find DE with help of other lengths. DF = 5,4 BD = 9,9. We cant use pythagoras because this is a parallellogram.

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I understand how to find BD but I don't get how to find DE

lone heartBOT
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@near turtle Has your question been resolved?

waxen flame
near turtle
waxen flame
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Did you try using Pythagoreans Theorem to verify your answer?

near turtle
waxen flame
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Ahh

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My apologies, I assumed I was looking at a three-dimensional image.

near turtle
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@hoary sphinx

waxen flame
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If they are similar parellellograms, can't you use the length of the side you know and the same ratio method?

near turtle
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ohh it works

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thanks bro

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❤️

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damn bro

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everyone thought it was so hard so they started using cosinus and all that

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.close

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trail cairn
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If a sum of $800 were to be shared among a group of people in the following ratios,
how much would each person receive?
a 4:6 b 1:4 c 2:3:5 d 2:2:4

long axle
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For each ratio, add up the total amount, for example 4:6, 4+6=10

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Then do 800/10

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Ur answer multiplied to each part of the ratio will be the amount each person gets

ocean sealBOT
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FriedrichDN

alpine sable
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Ok

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My bad

trail cairn
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so would i do that for the rest

long axle
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Yea, what’d u get for the first one tho

trail cairn
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4:6=10, so we do 800/10=80

long axle
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Right, and then calculate how much each person gets

trail cairn
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how

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do you mean like for b,c,d

long axle
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One person gets 80* 4 and the other gets 80* 6

trail cairn
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80x40=320, 80x6=480

long axle
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Good

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That means person 1 gets 320 and person 2 gets 480

trail cairn
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do i do that for b too

long axle
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Yes

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And the rest of them

trail cairn
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what about c. 2:3:5 d. 2:2:4

long axle
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Yea same proces

trail cairn
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for b is it 160:640

long axle
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Yes

trail cairn
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can you help me with c

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c 2:3:5

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=10

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800 divide 10=80

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do i do 80x2

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80x3

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80x5

long axle
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Ye

trail cairn
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kk

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so 160:240:400

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then d = 16:16:32

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can we do this question

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The scale on a map is 1 : 1000. Find the actual distance (in metres) between two
markers if the distance between the two markers on a map is:
a 2.7 cm b 140 mm

long axle
trail cairn
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why

long axle
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What’s 2+2+4

weary wyvern
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||8||

trail cairn
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8

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isnt it

long axle
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Yes

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What’s 800/8

trail cairn
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oh 100

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my bad

long axle
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Some1 else can help u w that map problem, I gtg

trail cairn
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um do i wait or does someone come

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or do i close

long axle
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U can do either

trail cairn
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close

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.close

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alpine sable
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I need to get the intersection of 2 plans, I found a solution, is there a website to check if it's correct ?

keen pasture
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Maybe geogebra?

alpine sable
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Would it give me the parametric representation ?

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of the line

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of intersection

weary wyvern
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Search up "plane intersection calculator" or smth

keen pasture
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You can also plug in the line equation in the plane equations. If it holds for both planes (no matter for which lampta) it is right

prime sluice
weary wyvern
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Yes

alpine sable
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I didn't see any lambta in geometry yet

prime sluice
keen pasture
alpine sable
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I found this one
In the exercice the plane are given in this formula :
(P1) : x-y+2z-3=0
(P2) : x+2y-z=0

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how do I write it in general form ?

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@keen pasture

keen pasture
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Sorry, I don't know what you would consider the "general form"

alpine sable
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Oh okay

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maybe standard form ?

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real kernel
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Amani can wash a car twice as fast as Sydney. If it takes both of them, working together, 88 minutes to wash a car, how long would it take each of them, working alone?

completely stumped on this one lol. don't know where to start with it

thorny root
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let's say Amani alone can finish that job in A minutes and Sydney in S minutes

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and set a whole finished job to be 1 or 100%

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so firstly, how much work do Amani and Sydney do per minute respectively

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use the fact that (Amount of minutes worked) × (Job done per minute) = 1 whole job

real kernel
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would a = 2s

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or i mean s/2

thorny root
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s/2, yes

real kernel
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because faster time would be less

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ok

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s + s/2 = 88 so far

thorny root
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not really

real kernel
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that's where i'm confused lol

thorny root
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s is the time for Sydney to finish one job

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s/2 is the time for Amani to finish one job

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so adding those two directly doesn't really help

real kernel
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idk how to find the time sydney would take

thorny root
real kernel
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1 minute and 0.5 minute?

thorny root
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there really isn't a numerical answer for this, at least not yet

real kernel
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idk then lol

thorny root
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well

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if Amani takes A minutes to complete one job and we assume she is working consistently and continously

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we would need to work 1/A job per minute for that to happen

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so A minutes time 1/A job per minute = 1 job

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same logic applies to Sydney

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do you get it so far

real kernel
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idk

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how do you put sydney in

thorny root
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well she does 1/S job(s) per minute right

real kernel
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1/a and 1/s

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and s would be a/2

thorny root
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in these types of question we assume the worker working together doesn't affect their individual workpower

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so together they do (1/A + 1/S) jobs per minute

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and the question gives us as a fact that they took 88 minutes to finish one job

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so 88×(1/A + 1/S) = 1

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you can now substitute (2a for s) or (s/2 for a) to solve for them

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remember Amani washes a car twice as fast

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not takes twice as much time to wash it

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you can point out where you got stuck

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or several points

real kernel
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i did 88x(1/a + 1/[a/2])=1 and got a = 264

thorny root
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seems right

real kernel
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so a would be syndey's time

thorny root
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no

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we defined it as Amani's

real kernel
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oh

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well i put it in as sydney's and it was right lol

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i might of confused the names

thorny root
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hmm

real kernel
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amani is 132 and syndey is 264

thorny root
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maybe

real kernel
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minutes

thorny root
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yup

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that should work

real kernel
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thanks for the help

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thorny root
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glad to help

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pastel schooner
lone heartBOT
pastel schooner
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So the answer is suppose to be 2 sqrt(3) but I didn't get that

ocean flower
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1/2absinc is the formula for a triangle essentially, and since you know it's equilateral:

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$\frac{1}{2}a^2sin(\frac{\pi}{3})$

ocean sealBOT
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spicygreenpeppers

ocean flower
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now to find a, a is our f(x) for some particular x

pastel schooner
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Woah

ocean flower
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so instead of adding up our f(x)

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we add up that ^^

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a is just f(x)

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so our integral is no longer $\int{f(x)}$

ocean sealBOT
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spicygreenpeppers

ocean flower
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oof

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sorry that took me so long to format

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LaTeX is hell

pastel schooner
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Is that pi * 3

ocean flower
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pi/3

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shit still not formatted lol

pastel schooner
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Lol

pastel schooner
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That I heard 1/2 * ab* sin c

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Is formula

ocean flower
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it is now $\frac{\int{(f(x))^2sin(\frac{\pi}{3})dx}}{2}

ocean flower
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have a go making a line on a triangle so that there is a 90 degree angle between base and tip

pastel schooner
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Like a trianfle inside a triangle?

ocean flower
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like thisd

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one second

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because the vertical line can be worked out using trigonometry in terms of c

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we can use the normal base * height / 2 formula to work out the area of the triangle

pastel schooner
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why not just use our triangle given?

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instead of using angle c

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we could do a^2 * 1/2

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being that a = b

ocean flower
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it isn't the height

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it's the diagonal side length

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pythagoras

pastel schooner
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I am dumb

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I thought it was a right angle for a second

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and thought side a = b because it is equilateral

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but equilateral is not what I thought it was

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ah makes sense now lol

ocean flower
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no worries

pastel schooner
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So what were you saying after we find the area?

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It was a weird equation and we dont use the normal integral

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Why not?

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Isnt it just integral of A(x) * dx

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to find volume

lone heartBOT
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@pastel schooner Has your question been resolved?

pastel schooner
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$\frac{\int{(f(x))^2sin(\frac{\pi}{3})dx}}{2}

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teXit

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$\frac{\int{(f(x))^2sin(\frac{\pi}{3})dx}}{2}

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.close

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worn fox
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use the substitution to find x' in terms of y'

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yeah

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cedar field
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Am I right I remember there was some rule for no.2 but I can’t remember what it was please tell me?

cedar field
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Like I think there was some rule for negatives

tacit arch
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Plot the points on a number line

cedar field
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Ok

tacit arch
cedar field
cedar field
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Sry I’m on a ferry

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So umm… -2.34 is bigger?

cedar field
tacit arch
cedar field
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Ok

tacit arch
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That's something a fifth grader would do

cedar field
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Sorry

tacit arch
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just kidding

cedar field
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😝

tacit arch
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It's fine

cedar field
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Ok

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C ya

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Thanks

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keen orchid
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please help, even trying to vizualise doesn't make sense to me. I'm guessing I have to find q in order to find c but they ll just have such different coordinates that they don't really line up to make a rectangle, from what i can see

keen orchid
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it doesnt really make sense to look at

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am i supposed to find the parallel by using the cross product?

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@keen orchid Has your question been resolved?

lone heartBOT
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@keen orchid Has your question been resolved?

upbeat summit
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@keen orchid

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To find the coordinates of point C, we know that the opposite sides of a rectangle are parallel and of equal length. Therefore, if we take the vector AB = <2-(-1), 6-2, -9-3> = <3, 4, -12> and add it to the coordinates of point D (3, q, 8), we will get the coordinates of point C.

So, C = D + AB = (3, q, 8) + (3, 4, -12) = (6, q+4, -4)

To find the angle between the diagonals of the rectangle, we first need to find the vectors that represent the diagonals. The diagonal from A to C can be represented by the vector AC = <6-(-1), q+4-2, -4-3> = <7, q+2, -7> and the diagonal from B to D can be represented by the vector BD = <3-2, q-6, 8-(-9)> = <1, q-12, 17>.

We can use the dot product to find the angle between two vectors. The dot product of two vectors is given by:

AC.BD = |AC| * |BD| * cos(theta)

Where theta is the angle between the two vectors and |AC| and |BD| are the magnitudes of the vectors.

So,
cos(theta) = (AC.BD) / (|AC| * |BD|)

We know that:
|AC| = sqrt((7^2)+(q+2)^2 + (-7)^2)
|BD| = sqrt((1^2)+(q-12)^2 + (17)^2)

So,
cos(theta) = (71 + (q+2)(q-12) + -7*17) / (sqrt((7^2)+(q+2)^2 + (-7)^2) * sqrt((1^2)+(q-12)^2 + (17)^2))

And theta = arccos(cos(theta))

It should be noted that the angle between the diagonals of a rectangle is always 90 degrees.

keen orchid
upbeat summit
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Sure ask away

keen orchid
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when you say d + ab you mean od + ab right

upbeat summit
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I apologize for the confusion, I meant to say AD and BD. AD and BD are the diagonals of the rectangle, and we can use the dot product formula to find the angle between them.

|u| = sqrt((3-(-1))^2 + (q-2)^2 + (8-3)^2 )
|v| = sqrt((2-(-1))^2 + (6-2)^2 + (-9-3)^2 )

u.v = |u| * |v| * cos(theta)

where theta is the angle between the vectors AD and BD

Then we can use the inverse cosine function to find the angle in radians and then convert it to degree.

keen orchid
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Also since it is a rectangle that means that the angle of the diagonals are all equal right? so only one calculation is needed to get all of them correct?

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twilit marsh
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I learned this in class the other day. However, I forgot how to do it.

twilit marsh
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Wait I didn’t give a clear picture

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No. 5

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twilit marsh
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<@&286206848099549185>

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.close

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twilit marsh
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.reopen

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deft mirage
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Hi

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The triangles are proportionals

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You can use the sum of angles in triangles

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I would prefer find YZ measure first

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You will find easily by cosine law

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Tha angle beetwen RY and RZ is 32 degrees

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reef dawn
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can someone explain why this was wrong?

lone heartBOT
vale wigeon
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you are supposed to actually find m and M.

reef dawn
vale wigeon
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what's the minimum value of x^3-3x+7 on [0,3]?

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is it actually 5 as you claim?

reef dawn
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yea

vale wigeon
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well then

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quasi vector
#

Hello, my question is not about math but I couldn't figure out where else to ask my question

quasi vector
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So in an electrical circuit the power dissipated by a circuit is given by the formula
P = VI
but, using Ohm's Law there are actually three formulae:
P=VI=I^2 R = V^2/R
and different versions of this formula are used in different instances. My question is how am I supposed to figure out which version of the formula I need to use?

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Because using different versions we also get different proportions. Power can't be both directly and inversely proportional to the resistance can it?

left trellis
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depends on what you want to find and what you're given

quasi vector
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how would that work

left trellis
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say you're given the voltage and current, and want to find the power

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you'd use the first equation because it's simpler

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(if I understand your question correctly)

quasi vector
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but if for example two resistors are connected in parallel

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what would i do in that case

left trellis
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do you know the parallel resistor formula?

quasi vector
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yep

left trellis
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so you'd figure out the total resistance, and then use that in one of the equations, like for example, R=P/I^2, as long as you know the power or current as well

quasi vector
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ahh

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thanks

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.close

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zenith compass
#

I am proving $-\Bigl(\frac{a}{b}\Bigl)=\frac{(-a)}{b}$ by axioms.

ocean sealBOT
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Trenton

zenith compass
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I have tried the following:

$$
\begin{aligned}
\frac{a}{b}+\frac{(-a)}{b}&=a\cdot\frac{1}{b}+(-a)\cdot\frac{1}{b}\
&=(a+(-a))\cdot\frac{1}{b}\
&=0\cdot\frac{1}{b}\
&=0\
\end{aligned}
$$

vale wigeon
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incomplete latex?

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seems like a good start though.

ocean sealBOT
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Trenton

zenith compass
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Suppose I know why $0\cdot\frac{1}{b}=0$

ocean sealBOT
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Trenton

zenith compass
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but I am not sure whether $\frac{a}{b}=a\cdot\frac{1}{b}$ is just definition or something I have to show.

ocean sealBOT
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Trenton

vale wigeon
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it is a definition

zenith compass
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oh ok thank you

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trail cairn
lone heartBOT
kindred anchor
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Have you tried anything?

trail cairn
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no because i dont know what to do or start with

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..

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is it 6x2+3

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for ai

wheat isle
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yeah it’s just basic algebra here

wheat isle
trail cairn
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.close

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cunning depot
#

Two hundred students are placed in a circle, each wearing a hat with a real number on it. Two numbers inscribed on two adjacent hats always have a difference between $1$ and $3$ (in absolute value), and the sum of the $200$ numbers inscribed on the hats is $1600$. Find an interval $[a,b]$ with $a$ and $b$ integers such that we are sure that there are $5$ adjacent students whose numbers on the hats have a sum in the interval $[a,b]$. Among all the possible intervals, we will choose the one maximizing $a$ and then, if necessary, the one minimizing $b$. Once this interval is found, give the value of $a⋅b$.

ocean sealBOT
#

Pierre de Fermat

lone heartBOT
#

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alpine sable
#

Hello

lone heartBOT
alpine sable
#

I have a question

#

This is polar coordinates

#

How can i do part a)

#

Making then equal to each other hasn’t worked

lone heartBOT
#

@alpine sable Has your question been resolved?

alpine sable
#

<@&286206848099549185>

#

How can i do 2e^-theta = 1/2e^theta

ocean sealBOT
alpine sable
#

Thanks

lone heartBOT
#

@alpine sable Has your question been resolved?

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cinder sundial
lone heartBOT
cinder sundial
#

It’s crossed the y-axis how could it be 90 degree?

#

The question is asking for the cos (the angle between vector AB and positive direction of x axis)

#

But the diagram that the teacher had made is totally nonsense

cinder sundial
lone heartBOT
#

@cinder sundial Has your question been resolved?

cinder sundial
#

<@&286206848099549185>

limpid turret
cinder sundial
#

i think if its crossed the y axis then theres no way its 90 degrees

limpid turret
#

Where are you seeing it's 90 degrees?

cinder sundial
limpid turret
#

Oh

cinder sundial
limpid turret
#

I see it

cinder sundial
#

but if AB is a line crossed the y-axis, then theres impossible its 90 degrees

limpid turret
#

But I have to squint

#

Okay I'm understanding the context a bit more

#

Let me read it again

#

Okay so point A is at (1, 0, 0)?

#

And point B is at (0, -1, sqrt2)?

cinder sundial
#

given that A is (1,2,3) and B is (2,1,3+sqrt2)

limpid turret
#

Okay yeah this image makes no sense

#

If those are your points then this image is way off

cinder sundial
#

then it leads to my former question

#

im fine with that cos beta, you can prove it very simply by trigs

#

but if you wanna apply the same thing to prove that cos alpha is true, then i think we got a problem

limpid turret
#

Why's that

cinder sundial
#

since we can't create a right triangle then i don't think its gonna works on the cos alpha

limpid turret
#

You don't need a right triangle

#

You are using law of cosine

cinder sundial
limpid turret
#

In trigonometry, the law of cosines (also known as the cosine formula, cosine rule, or al-Kashi's theorem) relates the lengths of the sides of a triangle to the cosine of one of its angles. Using notation as in Fig. 1, the law of cosines states

      c
      
        2
      
    
    =

...

cinder sundial
#

but that form doesn't looks like the result of law of cosines

#

its more looks like it took sqrt(a^2+b^2+c^2) as the hypotenuse

#

then the length of a as the adjacent

olive loom
#

its just slightly hard to visualise

cinder sundial
#

It is possible

#

But AB crossed the y axis

limpid turret
#

And your opposite leg is (a-1, b, c)

cinder sundial
limpid turret
olive loom
#

maybe try to think with the help of your room
one corner is origin
then you have the x y z axes on the edges
imagine a vector starting from that origin to your eyes and just try to see the angles and triangles

cinder sundial
# cinder sundial

It’s seems like that will never be a right triangle no matter how I moved that wood stick

limpid turret
# cinder sundial

This is the error in your judgement. The vector is not in the yz plane

olive loom
# cinder sundial

the blue line is supposed to be ur vector (starting from the corner to somewhere floating in the front you)
and the stick that you have put down is supposed to be starting from the end point of that vector and drop perpendicularly on the x axis

limpid turret
#

I like effort you went to tho

cinder sundial
cinder sundial
olive loom
#

nope

#

3D is hard to imagine 😢

cinder sundial
limpid turret
#

I'm off to bed so good luck

cinder sundial
cinder sundial
olive loom
lone heartBOT
#

@cinder sundial Has your question been resolved?

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#
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uneven folio
#

Solve for x and y:
1.2y = 2x - 5,4
0.8x + 1.4y = 7.8
I tried using the substitution method but Im not comming a long way becasue of the decimals

vale wigeon
#

then multiply both sides of each equation by 5 before proceeding

#

or by 10 if you do not yet see why 5 would be enough

#

this will make all the coefficients integers

uneven folio
#

Didint think of that, thank you

#

.close

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mellow grail
#

if x+y = 4 and xy=-2 then choose the value of (x+x^3/y^2+y^3/x^2+y)

vale wigeon
#

^ for exponents, by the way.

mellow grail
#

Couple questions I have:

  • Is the bracket some sort of identity?
  • Am I suppose calculate x and y? x = 2+sqrt(2) from my calculations
vale wigeon
#

x^3/y^2, etc.

mellow grail
alpine sable
#

you can recover what the suitable x's and y's would be

vale wigeon
#

i think you are not supposed to find x and y themselves

mellow grail
alpine sable
mellow grail
vale wigeon
#

but instead to, say, rewrite x^3/y^2 + x^2/y^3 as a single fraction and try to express that in terms of the known x+y and xy

#

the other two terms in your sought quantity are just x+y which you're given

vale wigeon
#

er

#

mistyped the middle things

#

wouldn't know lmao

mellow grail
#

But I got the trick, thank you so much!

vale wigeon
#

yeah yw

mellow grail
#

Wth..The answers 8 and eights not even in the options

#

OH WAIT

#

I am an idiot

#

its 4+(x^5+y^5)/4..

mellow grail
# vale wigeon yeah yw

How does one solve x^5+y^5? I googled a factorization but I dont think its of much help

vale wigeon
#

x^5 + y^5 = (x+y)(x^4 - x^3 y + x^2 y^2 - x y^3 + y^4)

mellow grail
vale wigeon
#

x^4 + x^2 y^2 + y^4 = (x^2+y^2)^2 - x^2 y^2

#

x^2 + y^2 = (x+y)^2 - 2xy

mellow grail
#

wait- thats..an eye opener

vale wigeon
#

and -x^3 y - x y^3 = -xy(x^2+y^2)

mellow grail
mellow grail
vale wigeon
#

yes

mellow grail
#

.close

lone heartBOT
#
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slate vigil
lone heartBOT
slate vigil
#

Can someone show steps to solve B C and D?

desert tusk
slate vigil
#

That’s A

#

Can you show B C and D with steps?

#

Please

desert tusk
#

Can you tell me the turning point of this quadratic based on the vertex form?

slate vigil
#

That’s my guess

desert tusk
#

Well, it seems like

#

Your vertex form is wrong

slate vigil
#

Oh fr?

desert tusk
#

Because your working of finding the vertex form is wrong

#

Try again

#

Yeah I’m pretty sure it’s wrong

slate vigil
#

Math away and someone from this server gave me this vertex form

#

Can u try solve it

#

And lmk

desert tusk
#

how about you solve it first

#

And I’ll check

slate vigil
#

I did

slate vigil
desert tusk
#

Just retry

slate vigil
desert tusk
#

I’ll just try to solve it manually by myself later

#

give me a few minutes

slate vigil
#

Ok

#

Lmk

desert tusk
#

Anyways

desert tusk
slate vigil
#

Ima be honest I don’t know why

#

But I just know it is

#

I think

#

Can you explain?

desert tusk
#

From the equation it has P

slate vigil
#

Profit?

desert tusk
#

Okay

#

Then

#

Do you know how to tell the turning point of this qu’oratrice based on the vertex form?

slate vigil
#

I don’t

desert tusk
#

it’s called vertex form for a reason

#

okay

slate vigil
#

Oh

desert tusk
#

A vertex form would look like this

slate vigil
#

The turning point would be minimum/maximum

desert tusk
#

a(x-h)^2 + k

slate vigil
#

Yeah yeah

desert tusk
#

where h and k are the coordinates of the turning point

#

h is rhe x coordinate

slate vigil
#

Oh

desert tusk
#

k is the y coordinate

slate vigil
#

Okok

desert tusk
#

so now, can you tell me why 1953125 is the max profit?

slate vigil
#

Because K = Y

#

And Y is the turning point

desert tusk
#

correct

#

So your answer is that

#

1953125$

slate vigil
#

Ok

desert tusk
#

If you’re ready, we can continue the next question

slate vigil
#

I’m ready

desert tusk
#

Now C

#

How many times do you need to increase the entrance fee to get the max profit

#

This is the same logic

slate vigil
#

Yeah

desert tusk
#

Look at the vertex form

slate vigil
#

Yeah

desert tusk
#

And give your answer

#

so your answer should be?

slate vigil
#

Uh

#

How much times do we need to increase the entrance fee to get maximum profit?

desert tusk
#

yes

slate vigil
#

Maximum profit is 1953125

desert tusk
#

what’s your answer

#

okay so

#

based on that

#

what is the answer?

slate vigil
#

35

#

?

desert tusk
#

Why?

#

Why is it 35?

slate vigil
#

Uh because

#

I’m not sure

desert tusk
#

I’ll give you a hint

#

What does x represent in this equation?

slate vigil
#

How many times u need to increase the price by 0.50

#

$0.50

desert tusk
#

okay

#

so do you agree

#

the profit depends on x?

slate vigil
#

Wasn’t profit P?

desert tusk
#

yeah?

#

so is P dependent on x?

slate vigil
#

Yeah

desert tusk
#

so that means

#

If I sub any value as x

#

The profit will be different

slate vigil
#

Yea

desert tusk
#

I want to sub x so that

slate vigil
#

So if u sub 0.50 in x?

desert tusk
#

I can get the maximum profit

#

no

slate vigil
#

Oh

desert tusk
#

if I want the maximum profit

slate vigil
#

Yeah

desert tusk
#

I must know what is the exact value of x I must sub

slate vigil
#

Yeah

#

So u solve for X?

desert tusk
#

so look at the equation again

#

you can but

#

if you can read vertex form equations

#

it’s so much simpler

slate vigil
#

Ok so what would I do

#

To find the answer

desert tusk
#

your answer is literally 35

#

the vertex form equation already gave the answer

#

it’s called vertex form for a reason, remember

slate vigil
#

Yeah

desert tusk
#

the 35 is the x coordinate

slate vigil
#

Yeah

desert tusk
#

the 1953125 is the y coordinate depending on x

#

so it’s 35

slate vigil
#

So what would I write for my answer

desert tusk
#

Do you understand why now?

slate vigil
#

Under C

desert tusk
#

literally 35

slate vigil
#

I understand the answer but what should I write

desert tusk
#

that’s it

#

35 times

slate vigil
#

Ok

desert tusk
#

that’s it

#

now next question

slate vigil
#

And D

#

Yea

desert tusk
#

This should be easy

slate vigil
#

We sub 35 for x?

desert tusk
#

This does not involve the equation anymore

#

you must read the question carefully

slate vigil
#

Ok

desert tusk
#

don’t just blindly use the info you got in your previous questions

#

you must understand what it’s trying to ask

#

it’s asking what’s the new price now

slate vigil
#

Yep

desert tusk
#

so for every increase, it adds 0.50$ to the price

#

you increased 35 times

slate vigil
#

Yea

desert tusk
#

to get the maximum profit

#

Now find what’s the product of 0.50$ adding itself 35 times

slate vigil
#

0.50 x 35?

desert tusk
#

and add the product to the initial price of the entrance fee

#

and there’s your answer

slate vigil
#

Wait sorry

slate vigil
desert tusk
#

This should be easy, I’m not going to give you any hints

desert tusk
#

you misinterpreted the question

slate vigil
#

Yeah I didn’t understand lmao mb

desert tusk
#

listen carefully

#

It asks you what’s the new price

#

Of the entrance fee

#

If you want to generate maximum profit

#

Do you understand what it’s talking now?

#

Do you understand what it asks now?

slate vigil
#

Yea

desert tusk
#

Okay tell me what is it asking

#

I need to make sure you fully understand

slate vigil
#

It asking for the new price of entrance fee if you wanna get maximum profit

desert tusk
#

Correct

#

So how many times you must increase the price worth 0.50$ to get the maximum profit?

#

You already answered this question in C

#

So your answer will be how many times?

slate vigil
#

Maximum profit is 1953125

desert tusk
#

And then?

slate vigil
#

So how much times must I increase 0.50 to reach that?

desert tusk
#

#

You already answered that question

#

In C

#

Did you not remember?

slate vigil
#

Yeah I do but

#

I’m confused about D

#

I understand this part

desert tusk
#

This means

#

You must add 0.50% to the initial price of the entrance fee

#

But the problem is

#

How many times you must add 0.50$

#

To the entrance fee

#

So that you can get the max prodit

#

Is that better?

slate vigil
#

Ok the initial price of the entrance fee

#

Is

#

Lemme check

desert tusk
#

45 dolalrs

#

45$

slate vigil
#

45

#

Yeh

#

45 x 50%?

#

0.50

desert tusk
#

Why?

#

Why 45 x 0.5?

#

That would just decrease the price

slate vigil
#

So I can get to maximum profit

desert tusk
#

Wrong

#

That’s not how it works

slate vigil
#

Oh

desert tusk
#

You can’t do that

#

That’s all I can explain

slate vigil
#

So what would I do

desert tusk
#

you must increase the price with only 0.50$

#

Do you understand?

slate vigil
#

Yeah

desert tusk
#

Now

#

The problem is

#

How many times

#

You must add 0.50$ into 45 dollars

#

So that it generates max profit

#

Is that better?

#

Are you clear of what’s the question asking now?

slate vigil
#

Sorta yeah

#

The questions asks

desert tusk
#

You are going to increment 45 dollars with 0.50 dollars for a certain number of times so that you can generate max profit

#

Do you understand fully now?

slate vigil
#

Yeeaahhh

desert tusk
#

Now

slate vigil
#

Increase 45 $ with 0.50 how much times

desert tusk
#

Yes

#

That

slate vigil
#

How much times tho

desert tusk
#

Tell me the coordinate of the turning point of this quadratic vertex form

#

first

desert tusk
#

This should be easy

desert tusk
#

I already taught you how to read vertex form

desert tusk
slate vigil
#

WHAT

desert tusk
#

That’s only the y coordinate

slate vigil
#

35?

desert tusk
#

That’s x coordinate, but that’s what I want you to find

#

now

#

Do you understand why it’s 35?

slate vigil
#

(35, 1953125)

#

Turning point

desert tusk
#

yes that’ll

desert tusk
#

why is it 35?

slate vigil
#

Increase 45 $ with 0.50, 35 times?

desert tusk
#

you finally understood

#

now do the math

#

and tell me your final answer

slate vigil
#

Yeah but how do I

desert tusk
#

What do you mean how?

slate vigil
#

Oh

desert tusk
#

You just answered your own question

slate vigil
#

So I gotta press 45 + 0.50, 35 times

#

On my calculator

desert tusk
#

no

#

There’s a quicker way

#

Literally just find 35 x 0.5

slate vigil
#

17.5

desert tusk
#

Now add that

slate vigil
#

Add 45?

desert tusk
#

Yes

#

so what’s your final answer?

slate vigil
#

21.5

desert tusk
#

Wrong

#

Why is it lower?

slate vigil
#

Wrong

desert tusk
#

It should be bigger

slate vigil
#

???

desert tusk
#

not smaller

slate vigil
#

Wait

#

I’m stupid

desert tusk
#

You’re decreasing the price.

slate vigil
#

62.5

desert tusk
#

Congrats

#

you solved it

#

Now my main concern is

#

do you understand how to solve this question now

slate vigil
#

Yea I do

#

Thanks sm

desert tusk
#

Okay

slate vigil
#

This server actually a big W

#

Damn

desert tusk
#

If there’s nothing else close this ticket

slate vigil
#

Are u in university?

desert tusk
#

type .close

slate vigil
#

Ok

desert tusk
#

if there’s nothing else

slate vigil
#

.close

desert tusk
#

Close this ticket

lone heartBOT
#
Channel closed

Closed by @slate vigil

Use .reopen if this was a mistake.

slate vigil
#

Thanks

lone heartBOT
#
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old patrol
#

How do I do this? I know that the factor theorum is somehow involved, but I do not really know where to start

alpine sable
#

u can find x by solving the quadratic eq first

old patrol
#

Yeah okay

#

Do I just sub in the value for x then

alpine sable
#

and then substitute both values of x

#

yeah

#

and then simultaneous equation

old patrol
#

Okay cool thanks :)

#

.close

alpine sable
#

oki

lone heartBOT
#
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feral scroll
lone heartBOT
feral scroll
#

how to siimplify it

#

x belongs to 0 to pi/2

wild trail
#

is it $\sum_{r=1}^n cosec(2^r x)$?

feral scroll
#

yup

wild trail
#

what's the lower limit for r?

feral scroll
#

1

ocean sealBOT
#

numbpy

wild trail
feral scroll
#

not included

#

$\sum_{r=1}^n \text{cosec}(2^r x)$ where $x \in\left (0 , \frac{\pi}{2}\right)$

ocean sealBOT
#

Garuda

wild trail
#

I thought of converting into sin and then expanding but got stuck

wild trail
#

$\frac{1}{\sin 2x} + \frac{1}{\sin 4x} + \frac{1}{\sin 8x} + ... = \frac{2 \cos 2x}{\sin 4x} + \frac{1}{\sin 4x} + \frac{1}{\sin 8x} + ...$

#

but then 1 + 2 cos2x doesn't give anything

feral scroll
#

remove the extra 2 from denominator

ocean sealBOT
#

numbpy

feral scroll
#

<@&286206848099549185>

feral scroll
ocean sealBOT
#

Garuda

wild trail
#

I don't think so

feral scroll
#

i got tan$(2^{n-1}x)$

ocean sealBOT
#

Garuda

feral scroll
#

on simplifying it

#

just convert them into cos and sin and then they will factor out and cancel out @wild trail

wild trail
#

Yeah but is there cosec(2^r x) + cot(2^r x) ?

feral scroll
#

complete question goes like this @wild trail

#

so in next step we have it.

#

but still it is not completely simplifying

wild trail
#

ohhh, I see

feral scroll
wild trail
#

nah, it seems too tricky for me. I hope someone else can help

#

<@&286206848099549185>

low quartz
#

KGF

feral scroll
low quartz
#

nvm

feral scroll
low quartz
#

looking for your ques

feral scroll
#

see this

low quartz
#

ohh

#

conitnuity

#

where you got stuck

feral scroll
#

unable to simplify it @low quartz

low quartz
#

ok

#

i am eating right now

#

just wait

#

a little bit

#

you solve another question until then

unique saddle
#

help :))

low quartz
#

bro

#

open new channel

unique saddle
#

cool cool

#

sry

low quartz
unique saddle
#

y'all

low quartz
#

see this

slow hound
#

GARUDA

feral scroll
low quartz
slow hound
#

why are you all questioning me

low quartz
#

do u got the garuda question?

feral scroll
carmine reef
#

Oh this is cool

#

nvm

#

not that easy

#

csc(2x)=2csc(x)sec(x)

low quartz
#

yeah

#

we are stucked in

#

sigma equation

carmine reef
#

2 * sum csc(x)sec(x), this time from 0 to inf but idk what I'd do after that

feral scroll
#

have you seen the complete question @carmine reef, one posted above

carmine reef
feral scroll
#

this one

carmine reef
#

what is n for g?

feral scroll
#

same for all

carmine reef
#

Oh, n is fixed but unknown?

#

ok

#

seems like the <0 limit would be easier

#

though to prove continuity you'd need them both

#

What's the backwards N thing in the denominator of that

#

is that "x"?

feral scroll
carmine reef
#

yeah ok

#

L'hopitals twice gives 0 for that

#

or no

#

forgot a minus sign

#

gives 4?

low quartz
#

how you use l hospital in x>0

lone heartBOT
#

@feral scroll Has your question been resolved?

carmine reef
#

doubt you can

#

but now we know the lower limit is 4

#

so p has to be 4

#

H is continuous => p=4, maybe that counts as solved?

#

we don't have the inverse implication

lone heartBOT
#

@feral scroll Has your question been resolved?

lone heartBOT
#
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alpine sable
lone heartBOT
alpine sable
#

Can someone help me understand this formula

tacit arch
alpine sable
#

We haven't got to the hypergeometric distribution

#

or any distribution for tha tmatter

lone heartBOT
#

@alpine sable Has your question been resolved?

lone heartBOT
#

@alpine sable Has your question been resolved?

lone heartBOT
#
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summer seal
#

anyone knows who to solve this demostration?

mortal trellis
#

I assume this notation here refers to the gcd?

carmine reef
#

yeah

mortal trellis
#

how would you know

carmine reef
#

i've seen it before

#

and its obvious from context

mortal trellis
#

well yes same but still that doesn't mean it has to be the case here

summer seal
#

yes*

carmine reef
#

the question is a relation for greatest common factors

#

hmm

#

you could try proving separately (ac,bc) <= |c|(a,b) and (ac,bc) >= |c|(a,b)

summer seal
#

i dont know what properties i could use to go one way to the other

carmine reef
#

if (ac,bc) > |c|(a,b)

summer seal
#

i was thinking is seperate the ac and bc in their primes and then saying that the gcd is the multiplication of the primes that repeat

carmine reef
#

that could work

summer seal
#

if you do that it is obvious that it is the case that (ac,bc) is iqual to c(a,b)

#

but i dont know if that is a formal property or just a general rule

carmine reef
#

could you prove that (ac,bc) is divisible by c

#

(a,b) divides both a and b

#

so |c|(a,b) will divide ac and bc

#

since that makes it a common divisor, |c|(a,b) <= (ac,bc)

summer seal
#

mmm

carmine reef
#

you can do the other way if you know you're allowed to divide (ac,bc) by |c|

#

so we need to know c|(ac,bc)

summer seal
#

yeah i think it work

#

thanks

carmine reef
#

np

summer seal
#

how do i close the channel?

carmine reef
#

.close

lone heartBOT
#
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carmine reef
#

assuming you wanted to

summer seal
#

no

#

like

carmine reef
#

.reopen

lone heartBOT
#

carmine reef
#

ah well that's how anyways

summer seal
#

making the channel help avaliable to others

carmine reef
#

oh yeah that'll happen after some time

summer seal
#

ok

carmine reef
#

you can do .close too

#

after a minute or so of being closed it'll get recirculated as an open channel

lone heartBOT
#

@summer seal Has your question been resolved?

lone heartBOT
#
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tall trout
lone heartBOT
tall trout
#

I got up to the part where the initials are 10 cats : 25 dogs

surreal meadow
#

i would increment 5:3 into 10:6, 15:9, 20:12… until you get a ratio where the left number is a multiple of 10 and the right a multiple of 25

#

there are less janky and more algebraic ways to do this, but idk if the extra work is warranted

lone heartBOT
#

@tall trout Has your question been resolved?

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wary ingot
#

yo

lone heartBOT
wary ingot
#

i am just starting calculus 3

#

and hw problem asks to find equidistant equation

#

i realize its plane and found midpoint

#

but how do i create a plane perpendicular to a and b?

alpine sable
#

if the plane (through C) is perpendicular to A, its already perp to B (since ACB are colinear)

wary ingot
#

i havent learned this yet but i will give formula try

lone heartBOT
#

@wary ingot Has your question been resolved?

#
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lost steeple
lone heartBOT
lost steeple
#

I'm not sure how to appraoch this

#

do I factor?

ivory pivot
#

tan^-1 is monotonous so you have only to view if the argument goes to infty or -infty

lost steeple
#

alr

#

.close

lone heartBOT
#
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chilly dove
lone heartBOT
chilly dove
#

I only need help on (ii)

quaint star
#

what are you answers for a, b and c

#

and what were you resoning for ii), what's troubling you

chilly dove
#

i just dont know where to start for (ii)

quaint star
#

alright so you have 3 mangoes at 1.60