#help-27

1 messages · Page 325 of 1

sudden breach
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5%

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So das 0.12 right

hybrid pond
sudden breach
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Compund interest

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Applications

hybrid pond
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12% interest is not 0.12

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its 1.12

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unless you mean 1 + 0.12

sudden breach
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I had to make a fraction

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For this ex

hybrid pond
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yeah

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gimme a sec

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ima work this out

sudden breach
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It was 1000(1+ 0.12/1)^1(3)

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And the result was 1404.93

hybrid pond
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for which year?

sudden breach
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This one was annually

hybrid pond
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ok, i think i understand now

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lets go back to the basics

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the formula for comound interest is

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p(1+r/n)^nt

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p=initial value

sudden breach
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Ye

hybrid pond
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do you know what p in this case is

sudden breach
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Yea 4000

hybrid pond
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do you know what r is?

sudden breach
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5/

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5%

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So would it become 0.5

hybrid pond
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no

sudden breach
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Or 0.05

hybrid pond
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yeah

sudden breach
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Alr das what i was wondering

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Thx

hybrid pond
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np

sudden breach
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So the equation would be

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Wait

sudden breach
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Wjat would i set it as

hybrid pond
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what is your n value?

sudden breach
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1

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Isa chart

hybrid pond
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nope

sudden breach
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Theres multiple

hybrid pond
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when is the interest being compounded?

sudden breach
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It says monthly

hybrid pond
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how many months are in a year

sudden breach
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But like som months have more days than the other

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12

hybrid pond
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thats ur n

sudden breach
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12

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Oh

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Oh right

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Mb

hybrid pond
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u good

sudden breach
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So the equation is 4000(1+0.05/1)^12(12)

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?

hybrid pond
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not exactly

sudden breach
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Dis where im confused on

hybrid pond
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the interest value is wrong

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remember n is applied in 2 places

sudden breach
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Wym

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Ohh

hybrid pond
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your t value is also wrong

sudden breach
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Wym

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Isnt it always 1

hybrid pond
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do you know what the t value is?

sudden breach
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No

hybrid pond
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its the (12) next to your n

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t in this case is years

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so it would just go as 1,2,3,4,...

sudden breach
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So

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It wouldnt be

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4000(1+0.05/12

hybrid pond
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no thats right so far

sudden breach
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O

hybrid pond
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just add the exponent

sudden breach
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So the 1 is always there

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Ok so

hybrid pond
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yup

hazy thicket
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hello anyone needs help?

hybrid pond
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wrong thread gang

hazy thicket
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oh sorry im new

hybrid pond
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its alr

sudden breach
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4000(1+0.05/12)^12(12)

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Wait

hazy thicket
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where do I help people

sudden breach
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But we doin monthly

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Its 12

hybrid pond
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yeah

sudden breach
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And u said the n is same

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N is 12

hybrid pond
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t is 1

sudden breach
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So it is 12(12

hybrid pond
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bcus we're doing years

sudden breach
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How many years

hybrid pond
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what ur doing rn would give you the value for 12 yrs

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t is your input value

sudden breach
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Oh

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So the (12)

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Becomes a 1?

hybrid pond
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yup for the first value

sudden breach
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So 4000(1+0.05/12)^12(1)

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@hybrid pond

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plush grail
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plush grail
#

could someone explain part b

sleek stag
plush grail
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.close

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rotund umbra
#

A normal subgroup $N$ of a group $G$ has the property $\forall; g \in G .; gN = Ng$.
A left ideal $I$ of a ring $R$ has the property $\forall; x \in R .; xI \subset I$.
What is the reasoning behind the differences in these properties, when they are both necessary for the definition of quotients?

woven radishBOT
rotund umbra
#

By which I mean, why not define a left normal subgroup with $\forall; g \in G .; gN \subset N$, or are left and right normal subgroups the same?

woven radishBOT
toxic grove
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If you define normal subgroups like that then there won't ever be any normal subgroups

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1 is in every subgroup, so multiplying it by g for some g not in the subgroup will not get you a subset

rotund umbra
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yeah, good point

toxic grove
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*except the whole group

rotund umbra
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So why not $\forall; g \in G .; gNg^{-1} \subset N$ for groups, and $\forall; x \in R .; xIx^{-1} \subset I$ for rings?

woven radishBOT
rotund umbra
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There's clearly some subtlety between quotient groups and quotient rings I'm not seeing.

toxic grove
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It's been a long time since I did any ring theory, but basically the reason is just that those are the required conditions for the quotient ring/group to make sense

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The "group theory" structure in rings is in the addition

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But the additive group of any ring is abelian so every subgroup is normal

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Ring multiplication doesn't have inverses so the requirement for that to work over quotients is weaker

rotund umbra
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well the group structure of a ring needs to be commutative

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otherwise you have a semigroup

toxic grove
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Well yes

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But what I mean is that in a commutative group, every group is normal

rotund umbra
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ahhhh because we don't have inverses. obvious now XD

toxic grove
inner anvil
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Why is your name depression 🙏

rotund umbra
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Here's what's motivated the question. Suppose I have a quotient ring R/I where I remember R is a ring and I is an ideal. Suppose I also have the forgetful functor F which maps R/I to G/N where G is a group amd N is a normal subgroup. Why does F map I to N when their definitions are so different?

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Or can I not in general construct such a functor?

toxic grove
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No no you can do that

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I'm fairly sure

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When you do that though, multiplication gets forgotten entirely

rotund umbra
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I'm fairly sure it's possible too

toxic grove
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All you end up with is a subgroup of an abelian group

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Which is normal

rotund umbra
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because R/I is a ring, and G/N is a group, so just use the same forgetful functor that maps R to G to map I to N

toxic grove
rotund umbra
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Or, put it another way, suppose I use a free functor from groups to rings. why would this map normal subgroups to ideals?

toxic grove
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I'll be honest idk what that is so I can't answer that, I never did much category theory

rotund umbra
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it's a functor that reveals additional structure. For example, I can construct a free functor from the set of integers less than 7 to the additive group of integers modulo 7 by revealing addition.

toxic grove
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Ah okay

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Then would you get free multiplication of some kind? or is it tailored to the specific group

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Bc if it's the latter then if you take the additive group of gaussian integers, then the normal subgroup of real integers definitely wouldn't map to an ideal

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Anyway long story short idk and I can't verify it either (but I would be a bit surprised)

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lucid mason
devout snowBOT
lucid mason
#

im kinda confused about the answer

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Revenue = (850 + 100x) (50 - 10x)

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r'(x) = -2000x - 3500

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so x = -1.75

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so shouldnt the new price ne $675 because price = 850 + 100(-1.75)

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why is the answer still $850

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or do they only care about increasing the price, so since nothing else works then it stays the same?

lusty sapphire
lucid mason
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?

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oh

lusty sapphire
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What is x btw?

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potent panther
devout snowBOT
potent panther
#

do i use u-subsitution or integrating by parts

versed vault
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always try u sub first

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what is going to be ur u

potent panther
versed vault
#

ye

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whats du equal to

potent panther
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but the deriv of that is -6x

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but

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theres only x

versed vault
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ye

potent panther
#

on the integral

versed vault
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there is a cosntant

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u csan throw constants

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out of integrals

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right

potent panther
#

ohh

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yes

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so like

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u can make x into -6x

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then just do 1/6 outside the int?

versed vault
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-1/6

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but ye

potent panther
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o

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then

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🤔

versed vault
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u have thgis right

potent panther
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yes

versed vault
#

what is integal of e^udu

potent panther
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e^u

versed vault
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ye

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Now just sub in u

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u=-3x^2

potent panther
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ooo

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so its just -1/6 * e^-3x^2 + c?

potent panther
#

YESSIR

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devout snowBOT
hidden sapphire
#

Can someone help me graph 1 a

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ik i have an asymptote and x = 2

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and y = 0

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i just dont know how to plot the graph

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umbral maple
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umbral maple
#

im really confused

spare crypt
# umbral maple

the vertical rectangle is in the middle basically, and it wants you to calculate the diagonal dotted length and set it equal to 1

umbral maple
umbral maple
#

oh nvm

#

the height isnt 1

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turbid lance
#

Can someone explain to me how this works

devout snowBOT
acoustic leaf
#

that limit is often taken as the definition of e

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if you have an alternative definition then it can be shown to be equivalent

sacred rampart
#

it really depends on how u define e

turbid lance
#

wdym

fathom flint
#

@turbid lance show ur work

sacred rampart
#

as cloud said, if u take some other definitions, you can always show this property

pseudo basin
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wanton hatch
#

hi can someone explain to me how my teacher got here (in gr 11 functions if that helps)

pseudo basin
#

show original problem

wanton hatch
pseudo basin
#

ok, and in this solution, which is the earliest step that doesn't make sense to you?

wanton hatch
#

the transition of 3 to 4 doesnt make sense to me

pseudo basin
#

they put everything on one side and collected like terms.

#

kinda skipping over the arithmetic of it all.

wanton hatch
#

ive tried solving it and got this

wanton hatch
pseudo basin
#

this term should be 90x not 9x.

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that and 2025 ≠ 2205.

wanton hatch
#

oh- thank you so much

pseudo basin
#

yeah arithmetic happens to the best of us

wanton hatch
#

thanks again!!

#

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restive river
devout snowBOT
restive river
#

I know how they managed to down the graph

#

I just dont understand how they got the roots

#

I know that the roots are equidistant from the midpoint and that they are +-b/2

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But i dont understand how they go from that to getting the roots

#

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royal laurel
#

I found calculating 36.9(2.301/0.301) a challenge

pseudo basin
#

,calc 36.9*2.301/0.301

woven radishBOT
#

Result:

282.08272425249
soft umbra
#

Concise and neat

royal laurel
#

I will exhibit my process on vc

soft umbra
#

Not necessary at all

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viral lynx
devout snowBOT
viral lynx
#

The radius is 5 so C and D have the y coordinate of -3

#

If we sub in -1 into the circle formula we get the x coordinates for A and B

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x^2 + (-1 - 2)^2 = 25

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x^2 + 9 = 25

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x^2 = 16

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x = +-4

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So the line on which M, B and D are all on has the slope (-1 - 2)=m(4 - 0)

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-3 = 4m

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m = -3/4

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So the equation of the line is y = -3x/4 + 2

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Sub in y = -3 to get the x coordinate of D

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-3 = -3x/4 + 2

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-20 = -3x

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x = 20/3

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So C is (-20/3, -3) and D is (-20/3, -3) and M is (0, 2)

#

Half the base is 20/3, the height is 5

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(5)(20/3) = 100/3

#

Which is what they wanted 😅

#

Okkkk sorry hehe

#

.close

twin spoke
#

....

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#
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blissful igloo
#

you gotta stop doing this man

viral lynx
#

😅

#

Its not on purpose

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night cypress
#

need to draw this, please note that this is above my current maths level as i do not know conic sections

night cypress
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@night cypress Has your question been resolved?

blissful igloo
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regal berry
devout snowBOT
regal berry
iron kindle
#

!nogpt

devout snowBOT
#

Please do not trust ChatGPT or similar AI tools for mathematical tasks, as they often generate output which "sounds correct" but has numerous factual or logical errors. Use of these AI tools to answer other people's help questions is strictly against server rules (see #rules).

regal berry
#

I was wondering if I did anything wrong here

regal berry
#

No it is not gpt

#

If you would like to see my work on paper sure but everyone here is yelling at me bec they can't understand my handwritting

iron kindle
regal berry
solar goblet
#

not all white math text on grey background is chatgpt bending_skull

iron kindle
verbal vector
#

then you’re fine

iron kindle
regal berry
#

right lemme try

coral jay
verbal vector
#

then you’re good

regal berry
#

I so hate when my book gets the answer wrong

#

Istg It makes me so scared that I did not understand the chapter lol

#

tysm

#

.close

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iron kindle
#

where does the -4 come from btw?

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winter patrol
halcyon rivet
devout snowBOT
halcyon rivet
#

The question I have is that after applying f(x) once, you get a real number, so how can you apply it again

#

Because you can't find the determinant of a real number

#

f(x) outputs a real number and takes a matrix as its input so it cannot be nested into itself

thin fern
halcyon rivet
#

Then the question makes sense

halcyon rivet
#

W

lime plaza
#

Isn't A'=a^-1?

thin fern
#

wait

#

No you're reconstructing A every time I think

halcyon rivet
#

Transpose?

lime plaza
#

yes

thin fern
#

$A_n = \begin{bmatrix}
1 & \tan(f^{n-1}(x)) \
-\tan(f^{n-1}(x)) & 1 \
\end{bmatrix}

gray summit
# lime plaza yes

Oh, you are "dave the masked" lol. I used to think you are "dave them asked"

thin fern
#

no

woven radishBOT
#

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

thin fern
halcyon rivet
halcyon rivet
#

If this is true

pseudo basin
#

yeah it is a bit scuffed

halcyon rivet
#

Thank you

#

.close

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restive river
#

I need help on a trig question

devout snowBOT
pure flower
#

ok

#

!nohi

#

rop

restive river
#

I don’t understand how to do it

#

Here it is

pure flower
#

!da2a

devout snowBOT
#

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/

restive river
pure flower
#

!status

devout snowBOT
#
What step are you on?
1. I don't know where to begin.
2. I have begun but got stuck midway.
3. I got an answer but I was told that it's wrong.
4. I got an answer and would like my work checked.
5. I have a question about someone else's work/solution.
6. I have completed the problem and don't need help anymore. Thank you.
7. None of the above
restive river
#

I don’t know where to begin

#

At all

pure flower
#

what do you know about inv trig

restive river
#

Like the range and domain are flipped

#

And they are opposites

#

Not reciprocals

#

This is on the practice exam for midterm two so I need to understand how to solve these types of problems the exam is tomorrow

pure flower
#

that's a start

restive river
#

Okay

pure flower
#

can you find $\arccos(\cos(\frac{\pi}{2}))$

woven radishBOT
restive river
#

No I can’t probably do where it is just the inverse and a number

twin spoke
#

he meant he can find something like arccos(0) and all

#

I think

restive river
#

Like this

#

I can do this but not accurately I know the process

#

And it has to be in a boundary

#

-pi/2 and pi/2

pure flower
#

,rccw

woven radishBOT
pure flower
#

...what does the second line mean

#

do you mean that as something that follows

restive river
#

You put the inverse sin to the other side

#

And it become sin

#

And you can find sin 1/2 on the unit circle and the would equal your theta

pure flower
#

im so confused

#

okay

#

what's $\arccos \frac12$

woven radishBOT
restive river
#

Pi/3 I think

pure flower
#

okay that's good

#

what's $\arccos(\cos(\frac{\pi}{3}))$ then

woven radishBOT
restive river
#

I have no clue where to begin

pure flower
#

...what's cos pi/3

restive river
#

1/2

#

There the same question

pure flower
#

i dont see the issue

restive river
#

Okay I understand

#

You are going from theta to the point

#

Or no?

pure flower
#

the 'point' is a weird way to say 'the cosine' but yeah

restive river
#

But wouldn’t it just equal pi/3 again?

pure flower
#

anyway point is that $\arccos(\cos(\theta)) \equiv \theta; \forall \theta \in [0, \pi]$

#

,wolf domain of arccos

pure flower
restive river
#

Okay going back to the original question

#

9pi/8

woven radishBOT
pure flower
restive river
#

What does it mean?

pure flower
#

it means what it says

#

what part do you not get

restive river
#

The stuff after the = sign

pure flower
#

there's an \equiv sign

#

but sure

#

that's 'for all theta in [0, pi] (the set of all reals between 0 and pi, inclusive)'

restive river
#

So how would I solve this one

pure flower
#

maybe follow what im saying first

restive river
pure flower
#

you dont just start solving shit on a topic you know nothing about

#

well

#

only very little about

restive river
#

Okay

pure flower
#

does it make senes

restive river
#

So the boundary is 0 to pi

#

No I don’t understand what you are trying to say

#

Arccos= what?

#

I understood how to the one before that

restive river
#

But the 9pi/8 is difficult

#

How can I start

#

Wait

#

Is it undefined????

#

Because it is bigger that pi

pure flower
#

holy shit slow down

pure flower
restive river
#

The 0,pi

#

9pi/8 is greater than pi

#

It falls out of the boundary

pure flower
#

sure and thats irrelevant to what im saying

restive river
#

How can I find cos of 9pi/8

pure flower
#

stop skipping ahead

restive river
#

Then find arccos of that

pure flower
#

okay im just gonna assume you get the basic fact

restive river
#

Like we did before

#

Found cospi/3 then found arccos

pure flower
#

what's a way to express $\cos(\frac{9\pi}{8})$ as $\cos(\theta), \theta \in [0, \pi]$?

restive river
#

Like a degree?

woven radishBOT
pure flower
restive river
#

9pi/8 right?

#

That is what theta is

pure flower
#

no

restive river
#

How ?

#

Oh

#

Because it is bigger than pi

#

So how would you do it?

#

If it is greater than pi

#

I’m so lost

pure flower
#

trig, mostly

restive river
#

How?

#

If it is bigger than pi how can you make it less than pi

#

That doesn’t make sense

pure flower
#

how are you doing inv trig while not knowing trig 101

#

fun fact, they're periodic

restive river
#

I don’t know

#

It doesn’t make sense

#

So how do I do trig on this type of problem

fast rose
#

One way is to learn properly step by step

pure flower
#

,wolf cos(pi/2) - cos(pi/2 + 2pi)

restive river
#

How can you solve it if it is greater than pi

fast rose
#

For trig problems you should look up unit circle

pure flower
#

would you look at that theyre periodic

#

how insane is that

blissful igloo
pure flower
restive river
pure flower
#

im gonna kms

pure flower
#

come back here later

restive river
pure flower
#

you get points for trying

pure flower
#

you can ping me if you want

restive river
#

Okay

#

Thank you

pure flower
#

!done

devout snowBOT
#

If you are done with this channel, please mark your problem as solved by typing .close

pure flower
#

hooboy

restive river
#

I’m back

#

@pure flower

restive river
pure flower
#

it

#

super isnt

#

just watch the video

restive river
#

I found a way to do it

#

It is iii

pure flower
#

well

restive river
#

So how can I do these type of problems ?

pure flower
#

how you can do them is with a calculator i guess

pure flower
#

yeah youd have to learn stuff

restive river
#

Okay

#

I think I’m cooked

devout snowBOT
#

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long prawn
#

Can someone help with this question ? Part b) it says fund the area of the shaded region,, and this is what I’ve done so far I know there’s a mistake but this is my progress

long prawn
#

@ me when someone answers thank you !

devout yarrow
ancient dagger
#

-1 to 1

#

Not 0

long prawn
#

oh yeah oki

#

Is that the only mistake or ?

blissful igloo
#

y= sqrt(x) dosent exist in -1 to 0

long prawn
#

It’s undefined at -1 but I just counted an absolute value in the radical

long prawn
#

With the absolute value?

#

Inside the radical

blissful igloo
#

no

#

y=sqrt(x) dosent exist for x<0

#

so for -1 to 0 just integrate the line

long prawn
#

So it’s gonna be -1 to 0 g(x) and then from 0 to 1 g(x) - f(x) ?

devout yarrow
#

The line should be -1 to 1 and root x is 0 to 1

long prawn
#

Aha okay

long prawn
#

Okay lemme solve it now

#

Is it correct now 😭

blissful igloo
#

should be

long prawn
#

Oki I checked both terms on photomath I think it’s correct

#

Is this correct too I js wanna know if my answers’ correct part a) & b)

#

The given stuff is next to number 3.

devout snowBOT
#

@long prawn Has your question been resolved?

lunar harbor
#

This should be $\left[\frac{x^2}{2} \right]^{2}_{-1}-2(3)$

woven radishBOT
#

Civil Service Pigeon

lunar harbor
#

The rule is $\int^{b}{a} f(x) \dd{x}=\int^{b}{c} f(x) \dd{x}+\int^{c}_{a} f(x) \dd{x}$

woven radishBOT
#

Civil Service Pigeon

lunar harbor
#

Applying that here, $\int^{4}{2} f(x) \dd{x}=\int^{4}{-1} f(x) \dd{x}+\int^{-1}_{2} f(x) \dd{x}$

woven radishBOT
#

Civil Service Pigeon

long prawn
lunar harbor
long prawn
#

And a) -7/2? or

lunar harbor
long prawn
#

-9/2

lunar harbor
long prawn
#

Okay thank you

#

.close

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#
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devout snowBOT
#

@cerulean juniper Has your question been resolved?

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queen ravine
#

what does it mean if a matrix maps a vector from R^n to a vector in R^m

pseudo basin
#

.... thonk

#

it means exactly what is said?

#

!xy

devout snowBOT
#

Please show the original problem, exactly as it was stated to you, with the entire original context. A picture or screenshot is best. If the original problem is not in English, then post it anyway! The additional context might still be helpful. Do your best to provide a translation.

graceful cosmos
#

If you take your vector from R^n, and multiply it by the matrix, you get a vector from R^m

#

We consider this a function on that vector, and the matrix is "the mapper" here

queen ravine
#

does it mean that we have 3 linear equations with four variables. is the four dimensional vector being converted to 3d

#

like it goes from R^4 to R^3

#

you know what im sayin?

warped field
#

That Matrix is collapsing a dimension down

queen ravine
#

is that the official term for it?

queen ravine
#

as an example

warped field
#

Yes

#

If you look at a more intuitive case

#

Of Collapsing R^3 into R^2

#

We essentially take all vectors and "ignore" their z coordinate

queen ravine
#

why do we ignore their z-coordiantes?

warped field
#

So all vectors of form (a, b, c) will become (a, b)

#

No matter what c was

warped field
#

We are collapsing a dimension, a dimension eraser

queen ravine
#

what does it mean physically for the vector to undergo a dimensional collapse

#

like what are the applications of this

warped field
#

You can think of it as a projection

#

Like looking at 2d shadows of 3d objects

queen ravine
#

ooooh

#

okay that makes sense

#

thanks bro

#

.close

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loud bluff
devout snowBOT
loud bluff
#

where did I go wrong?

raven leaf
#

why don't you take a picture from directly above

#

,rotate

loud bluff
woven radishBOT
loud bluff
raven leaf
#

let's not plug numbers in

#

then call density $\rho$

woven radishBOT
#

Xetrov

loud bluff
#

The formula for work is $\rho$Agddy

woven radishBOT
loud bluff
#

Right?

raven leaf
#

for each kg, it takes $mg(9-z)$ Joules to lift it out

woven radishBOT
#

Xetrov

raven leaf
#

oh ok

#

cool, rho, A is area at that level, g is grav constant and what's d

loud bluff
raven leaf
#

depth?

#

ya

loud bluff
#

I got 1-y for d in this problem

raven leaf
#

that's 9-y

loud bluff
#

How so?

raven leaf
#

because you have 8m from the height of the cone ya?

#

8+1

loud bluff
#

Yep but in the diagram I set the top of the cone to be at the center of the axis

#

was that wrong?

raven leaf
#

oh ok

#

so your ys take negative values

#

gotcha

#

then integrate

#

you'll need to relate your r to y though

loud bluff
#

The radius right? It's 5/8y right?

raven leaf
devout snowBOT
#

@loud bluff Has your question been resolved?

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restive river
#

I need help with rig

devout snowBOT
restive river
#

I have a problem I can solve I don’t know the first step how to solve it

#

#71

sly oyster
# restive river

Arcsin(y)= Q
So sinQ=y.
Now what is sin in terms of measurement of right angle triangle?

restive river
#

I need help on this question I don’t understand what to do

#

I have the question double angle

#

I did it but I don’t know what to do after

#

I have a midterm tomorrow so I have to lock in

sly oyster
# restive river

You don't have to write tan(-5/2) . -5/2 is already the tan value you are using

restive river
#

Okay?

#

So how would approach this question to efficiently and accurately solve it

woeful token
restive river
#

Yeah I want to double angle

sly oyster
#

Make the pythagoras triangle. Write down its sides. Than write down sin, cos and tan of the angle . Use formulas like sin2x=2sinxcosx to find the required value

restive river
#

This doesn’t make any sense

woeful token
restive river
#

Yeah I did that

woeful token
#

I think use pythag to find the missing values

woeful token
restive river
#

How do I do that’s

#

That*

woeful token
#

are u working in radians or degrees

restive river
#

Radiant

woeful token
#

is it asking for the exact value

#

ok it is

restive river
woeful token
#

what ur doing is

#

tan(-5/2)

#

but tanx = -5/2

#

so rewrite it as:

2(-5/2)/1-(-5/2)^2

restive river
#

Like this?

woeful token
#

yes

#

Now u can simplify it

#

so tan2x = 20/21

restive river
#

How by plugging in the calculator

woeful token
#

Sure

restive river
#

That is not what I got

woeful token
restive river
#

This is what I got

#

Oh I did positive

woeful token
#

1 - (-5/2)^2 = -21/4

restive river
#

Yeah

woeful token
#

so -5 / (-21/4) = -20 / -21 = 20/21

#

so tan2x = 20/21

restive river
#

Yeah that makes sense

woeful token
#

and now you want to find sin2x and cos2x

#

because sin2x = Opp/Hyp, cos2x = Adj/Hyp and tan2x = Opp/Adj

#

therefore the opposite is 20 and adjacent is 21

#

therefore the hypotenuse is sqrt(20^2 + 21^2) = 29

#

so sin2x = 20/29 and cos2x = 21/29

restive river
#

I did it a different way

woeful token
#

what way

restive river
#

I did a harder way

woeful token
#

21 is not the value of the hyp though

#

tan2x = 20/21 therefore 20 is the opposite and 21 is the adjacent

#

to find out the hypotenuse you need to use Pythagoras

woeful token
restive river
#

Yeah that makes sense

#

My ta was trying to make me do to much

devout snowBOT
#

@restive river Has your question been resolved?

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queen ravine
#

guys i know this matrix implies that there is no solution for the linear system of three equations. but my question is, since the (-2/3,1,6) can be thought of as a vector. does it mean that the vector does not exist, or that the planes do not intersect at the tip of the vector arrow?

astral lodge
#

each equation describes a plane

queen ravine
#

so (-2/3,1,6) cant be thought of as a vector?

astral lodge
#

eh

#

for the purposes of finding intersections, no

queen ravine
#

but it is a vector no?

astral lodge
#

think about a line

astral lodge
queen ravine
#

what does that mean🤣

graceful cosmos
#

When we write a matrix with a bar (I'm forgetting the name right now) we are asking "for what x does Ax = b?" Where A is the matrix to the left, and b is the vector to the right

#

You've correctly identified that there is no vector x that solves this

queen ravine
#

isnt x a vector then

#

oh

graceful cosmos
#

But b definitely exists

queen ravine
#

what does it mean for a vector to solve for the point of intersection of planes?

#

does it then mean, that there is no values of a,b,c that gives the vector (1,-2,5)

graceful cosmos
#

So you've written a matrix equation. I don't see anything about planes here.

These things do typically relate, but not enough such that I can guess what you're getting the matrix equation from

#

Oh I see, you're solving the solution of three planes

queen ravine
#

does that mean that vector (1,-2,5) does not exist on the planes?

graceful cosmos
#

When you solve this, you are getting the common intersection of all three planes.

This common intersection of all three planes needs not exist, though

astral lodge
#

did you read what i said 😭

astral lodge
queen ravine
#

but b can be thought of as a vector though?

astral lodge
#

yes it can

#

again, context

queen ravine
#

well, what is the geometric significance of the vector b

#

there must be an explanation.

astral lodge
queen ravine
#

.close

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viral pivot
#

would the set 1. be transitive if you added (2,2)?

sand dove
#

no

#

there's (8,2) missing as well

viral pivot
#

ah i missed that thanks

#

can u explain how u came to that?

wise scarab
#

2R9, 9R8, but not 8R2

devout snowBOT
#

@viral pivot Has your question been resolved?

viral pivot
wise scarab
#

oops, I acccidentally assumed the relation is symmetric

viral pivot
#

im thinking 8,9 -> 9,9 is satisfied becaus 8,8 and 9,9 are in the set

#

but 8,9 -> 9,2 is not valid because 8,2 is not in the set

#

i think this is kinda what you were saying if it were symmetric

#

not sure tho halp

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hollow crow
#

How does tan(arcsinx) simplify when deriving?

fierce ember
#

use tan' = 1/cos² and cos²+sin² = 1 i think

hollow crow
fierce ember
#

you do the chain rule

#

and then simplify the tan'(arcsin(x)) using the circle relation

#

if you dont know the derivative of arcsin you can get it by doing the chain rule on sin(arcsin(x)) = x

hollow crow
#

HELP this is all i have so far😭😭 i figured that tan(arcsin(x)) is x/root(1-x^(2))
But i don’t know why😭

#

Ik I need to use quotient rule tho

sharp kayak
hollow crow
sharp kayak
#

you can then simplify that to something without trig functions

hollow crow
sharp kayak
fierce ember
#

what's a relation that you could use to get that cos to turn into a sin

sharp kayak
#

i mean

#

pretty sure can just simplify the cos^2(arcsin(x))

fierce ember
#

yea i'm asking her how 😭

sharp kayak
#

using triangle

#

no but like just

#

without identity

#

i mean same thing

#

nvm

fierce ember
#

Yea

sharp kayak
#

yeah ig identity easier in that case

hollow crow
#

Cuz I was thinking with Pythagorean identity it would be 1/1-sin^2(arcsinx) right

sharp kayak
#

yes

fierce ember
#

sin(arcsin(x))² also simplifies

hollow crow
#

Wait so I can factor out that square?

sharp kayak
#

(inverse cancellation property)

hollow crow
#

So it’s x squared

fierce ember
hollow crow
fierce ember
#

yea it's just different notations 😭

hollow crow
fierce ember
#

yea

hollow crow
sharp kayak
woven radishBOT
fierce ember
#

you can get it into a simpler form by writing sqrt(x) as x^(1/2)

#

but otherwise its good

hollow crow
#

So it would simplify to 1/1-x?

fierce ember
#

no

sharp kayak
#

i mean you could do 1/(1-x^2)^(3/2) if you really want to

fierce ember
#

$\frac 1 {(1-x^2)^{\frac 12}} \frac 1 {1-x^2}$

woven radishBOT
fierce ember
#

and then what builder said

hollow crow
#

Ohhhh okay I see

#

OHHH I get it

#

Omg

#

THANK YOU

#

Thank you azenx and builder🙏

fierce ember
#

👍🏻

hollow crow
#

Ok cool thank you

#

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#
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restive river
#

how do i create a graph with just the function?

restive river
#

and how do i find the asymptote and whether it is vertical or horizontal

rustic jetty
#

all exponential functions have a horizontal asymptote

restive river
#

and also how would i extract points from that function?

rustic jetty
restive river
#

oh ok

#

thanks

#

.close

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oblique oyster
#

Can someone explain why the bearing is N63E let me send the question

oblique oyster
#

pls excuse my shit handwriting

#

also oh i meant to swap the 750 and 375 in the top left part um

#

anyway

#

i thought the return would be S63E

winter patrol
#

you didn't draw you diagram correctly

#

the question says the plane flies south, but your diagram seems to indicate it flew north

oblique oyster
#

ohhhhhhhhhhhhhhhhhhhhhhhhhhhhhh well that would make a lot more sense

#

thanks w_sob

#

.close

devout snowBOT
#
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devout snowBOT
#
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Remember:
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Show your work, and if possible, explain where you are stuck.
After 15 minutes, feel free to ping <@&286206848099549185>.
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wanton hatch
#

can someone show how to solve this step by step

winter patrol
#

did yo make an attempt yet?

wanton hatch
winter patrol
#

start with drawing a diagram

wanton hatch
#

ok its a cube right

winter patrol
#

you should have two figures,

#

and no, not a cube

wanton hatch
#

but what about the open topped box?\

winter patrol
#

for your two diagrams
one of the original square with indication of squares being cut out
the other will be a square prism

#

start with first one

wanton hatch
#

like this?

fossil locust
wanton hatch
fossil locust
#

4 flaps and a square base

wanton hatch
#

ohhh i get it

winter patrol
#

and put dashed lines on the fold lines

fossil locust
#

from the diagram you just drew, you can find the length, width, and height of the box in terms of x

winter patrol
#

with all these geo problems, always draw a diagram

wanton hatch
#

oh so it's
(x-5)^2

#

?

winter patrol
#

no

wanton hatch
#

oh

fossil locust
#

no, that's not the right length for the base

winter patrol
#

first

and put dashed lines on the fold lines
and use clear reasoning to get an expression for their length

wanton hatch
#

im lost are we talking abt the 5 by 5 squares or the bigger x by x one

winter patrol
#

neither

#

first
and put dashed lines on the fold lines
the lines along which you fold up the flaps to form your prism

#

draw those in

wanton hatch
#

sorry im bad at this

winter patrol
#

yes

wanton hatch
#

is this correct

winter patrol
#

why did you erase the 5s and the x

wanton hatch
#

i didnt

#

its a new thingy

winter patrol
#

and make a completely new diagram

#

w/e add dashed lines to the old diagram,
or put in the 5s and x for this one

wanton hatch
winter patrol
#

now try determine the length of the dashed lines

#

clearly explain your reasoning as you do it

wanton hatch
#

they would be x-5 since the og length was x and 5cm was cut out from it

winter patrol
#

not quite

#

make sure you're looking at the diagram when calculating this

wanton hatch
#

oh its x-10

winter patrol
#

yes

wanton hatch
#

sorry i couldnt figure it out sooner

fossil locust
#

to help you do things that you have the ability to do

wanton hatch
#

thank you!

#

so now to calc the volume it would be l* w *h
so it's
500 = (x-10)(x-10)(5)

#

i think?

winter patrol
#

yes

wanton hatch
#

should i use the quad formula now?

fossil locust
#

I mean you could factorise after this

#

but you also could have just done $100 = (x - 10)^2$

wanton hatch
#

should i leave the 5 out?

woven radishBOT
fossil locust
#

and 100 is a square number

#

(you can square root both sides if you know that x >= 0)

wanton hatch
#

ah im confused

lime plaza
#

500/5 =(x-10)(x-10)

wanton hatch
#

oh

lime plaza
#

Then take square root since x>0

wanton hatch
#

so x=20?

lime plaza
#

yes

wanton hatch
#

oh

#

so the length of the og carboard would be 20 by 20

wanton hatch
#

thank you all so much!!

fossil locust
#

no worries!

wanton hatch
#

.close

devout snowBOT
#
Channel closed

Closed by @wanton hatch

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devout snowBOT
#
Available help channel!

Send your question here to claim the channel.

Remember:
Ask your math question in a clear, concise manner.
Show your work, and if possible, explain where you are stuck.
After 15 minutes, feel free to ping <@&286206848099549185>.
• Type the command .close to free the channel when you're done.
• Be polite and have a nice day!

Read #❓how-to-get-help for further information on how to ask a good question, and about conduct in the question channels.

finite briar
#

name the following

devout snowBOT
finite briar
#

(this is a question born completely out of my curiosity with IUPAC nomenclature)

#

my guess is 3-methyl,bromoethyl-5-methylhexanol

final osprey
#

this isnt math splendidnt

pseudo basin
#

transparent background unreadable

#

also where you see a bromine at all? @finite briar

#

i see a poorly written barium

#

for my own sake...

#

univalent barium do be sus tho

final osprey
#

me thinks

pseudo basin
#

where are you people seeing any bromine...

hollow ice
#

where do yall see the ethyl on the Br chain? Its just Br attached to single methyl group

final osprey
#

oh right

hollow ice
pseudo basin
#

HOW

hollow ice
#

bad handwriting catshrug

pseudo basin
#

it says Ba as far as i can read it

#

@finite briar get better handwriting

hollow ice
#

Honestly, that B is more eszett than B as well

finite briar
#

hello

gray summit
finite briar
final osprey
#

wouldnt the chain with more substituents b considered as the main chain

gray summit
pseudo basin
#

how can you cursivize an r to look like a

finite briar
#

i am writing with a mouse

pseudo basin
finite briar
#

yes

pseudo basin
#

you know it has a text tool right

finite briar
#

no???