#help-43

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quartz yoke
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see

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20/x = 4

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then

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x = 20/4

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x is in division

proper swan
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ah

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i need to go now good bye ty for the help I'll ask again later

quartz yoke
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this step is correct

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? = (6*3)/5

compact pewterBOT
#

@proper swan Has your question been resolved?

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proper swan
compact pewterBOT
quartz yoke
proper swan
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hi

quartz yoke
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you can dm me if you often have doubts

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me not always online here

proper swan
proper swan
proper swan
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srry

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hmmm

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ok we left off at like

quartz yoke
quartz yoke
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what you wrote is correct

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you just have to cross multiply to solve for x

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x is the answer that you require

proper swan
#

what is cross multiplication

quartz yoke
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uhmmmmm

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i tried explaining

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lemme send a pic again

proper swan
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ok

quartz yoke
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understood?

proper swan
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il write it out

quartz yoke
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.

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tis like this

stark marsh
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$\frac{d}{d}\cdot\frac{a}{b}=\frac{c}{d}\cdot\frac{b}{b}$

boreal girderBOT
#

yoboiqimmah

proper swan
#

like this guys?

quartz yoke
proper swan
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😭

quartz yoke
quartz yoke
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.............

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lets start with basic problems

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6x = 12

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whats the value of x

proper swan
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12:6=2

quartz yoke
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good

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7x=15

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x=?

proper swan
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15:7

quartz yoke
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good

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that ratio is basically division ryt?

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expressing in fraction

proper swan
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yeah

quartz yoke
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yeah

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soo

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5:x = 1:7

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x=?

proper swan
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well we gotta do 1:7 first

past finch
proper swan
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then when we get that we move 5

stark marsh
proper swan
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to the other side

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do the stuff

past finch
# past finch

the right side is cross multiplication and the left side shows how multiplying by the denominators on both sides is the same thing as it

proper swan
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and you get the x

quartz yoke
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5:3 = 6:x

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solve for x

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tell me what you get

proper swan
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brb

stark marsh
quartz yoke
quartz yoke
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three different examples to solve for x

stark marsh
# quartz yoke genius

My brain is fighting the thought of just dividing 5 because it won’t be obvious lol

proper swan
stark marsh
quartz yoke
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yup

quartz yoke
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which makes the calculation easier

compact pewterBOT
#

@proper swan Has your question been resolved?

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sick kiln
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6,66,666,6666, ...
Find the sum of nth term

compact pewterBOT
sick kiln
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i found the sum of the differences in terms but im not sure where to go after that

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i thoguht of (the sum of differences in terms) +6n but it didnt work when i plugged it in

stoic dove
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you can multiply by 3/2 and add one and subtract one for each term

sick kiln
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explain?

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i dont get it

stoic dove
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basically it becomes 2/3(9+99+999+9999...nth term)

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now you can write this as

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2/3(10+100+1000+10000+... 10^n -n)

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does that make sense?

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and can you proceed from here?

sick kiln
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i believe so

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let me try

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yup got it

sick kiln
gleaming grotto
sick kiln
#

what does gp mean

stoic dove
gleaming grotto
sick kiln
#

ouh

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ic thx

eternal pulsar
sick kiln
#

wdym?

eternal pulsar
#

Did you test your conjecture out?

sick kiln
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you mean my initial answer? yeah i subbed the number of terms but got it wrong

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did n=2 but answer wasnt 6+66 basically

eternal pulsar
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Okay.

sick kiln
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i did this but ended up in a reepating loop so i realised it was wrong

compact pewterBOT
#

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sick kiln
#

found another way to represent it but its very impractical

sick kiln
#

is there anyway to make it more cohesive?

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cohesive as in how the equation is structured

river tapir
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Factor out 60/9?

compact pewterBOT
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compact pewterBOT
#

Please don't occupy multiple help channels.

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compact pewterBOT
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opal stirrup
#

how do i calculate this "glass has 250g of water and salinity is 3%, how many grams of salt is in the glass"

kind viper
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do you know how percentages work in general?

opal stirrup
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yes

kind viper
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ok, so then would you be able to find 3% of 250?

opal stirrup
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0.30 x 250

kind viper
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not 0.30

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also don't use the letter x to mean multiplication. asterisk is better

potent berry
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thats 30

kind viper
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0.30 would be for 30%

opal stirrup
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0.03

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oh

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0.03 . 250

potent berry
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no

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no thats worse

kind viper
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0.03 * 250

potent berry
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asterisk *

opal stirrup
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okay ty

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.close

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tacit geode
compact pewterBOT
tacit geode
#

I am trying to do this problem and I am a little bit stuck- again

trail cave
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y = 2? from the last block

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lowkey i can't read that are those 7s or 1s

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and what's going on in the first block

lone quartz
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What have done in the second step, like multiplied it by (√2+1) or something? Cuz its wrong

tacit geode
tacit geode
# tacit geode

I am trying to multiply the first and second equation with the conjugate so that I simplify things so that I get the form of (a+b)(a-b) = a^2 - b^2

lone quartz
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(√2+1)^2 is not equal to ((√2)^2+1)

tacit geode
lone quartz
#

$(a+b)^2= a^2 + b^2 +2ab$

boreal girderBOT
tacit geode
#

yes but we are not doing (a+b)^2 we are doing (a+b)(a-b)

lone quartz
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I am talking about the coefficient of y

tacit geode
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first equation we multiply by √2 +1 so the coeficient of y is √2+1 => (√2+1)^2 no?

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oh i see my mistake. I didn't multiply √2+1 on the right hand side lol

lone quartz
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But just so you know I don't think that's the easiest way to solve this

tacit geode
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but I am trying to see different difficulty methods of solving such a problem

lone quartz
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Oh ok

compact pewterBOT
#

@tacit geode Has your question been resolved?

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desert frigate
#

Can someone show me how to solve this? (functions)
f(x) = 4x + 12
but i need to solve it like x is
f(x) = 0

kind viper
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if the question just said Solve the equation 4x+12 = 0

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would you know what to do

desert frigate
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?

kind viper
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imagine the question didn't have anything to do with functions, and you only had an equation to solve: 4x + 12 = 0

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would you know what to do? yes or no.

forest token
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how do u not get frustrated when people reply with a question mark 😭

desert frigate
kind viper
desert frigate
atomic canyon
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so u can replace f(x) with 0 for the top equation

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now u have 0 = 4x + 12

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try rearrange and solve for x

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lmk what u get

kind viper
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you're given the function f(x) = 4x+12 and asked to solve f(x) = 0.

atomic canyon
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try think f(x) as y

desert frigate
desert frigate
forest token
kind viper
atomic canyon
desert frigate
#

im confused!??

atomic canyon
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u need to know this

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f(x) = y

kind viper
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the question
"Here is a function: f(x) = 4x+12. Solve the equation f(x) = 0."
is the EXACT SAME QUESTION as
"Solve the equation 4x+12 = 0."

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do you understand that these two questions are the same

tight badger
kind viper
#

i am telling you those two questions are the same

desert frigate
kind viper
tight badger
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I see what you did. You mistook "x" as a multiplication operator. It is not.

desert frigate
kind viper
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you begin by reframing it as i said.

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it is just a "solve this equation" question.

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you told me that you know how to do the reframed version. that is why i did not linger on it any more.

atomic canyon
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we know f(x) = y

desert frigate
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so y = 0?

atomic canyon
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that means y = 0

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yes

desert frigate
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alright

atomic canyon
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nice

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ur on the right track

desert frigate
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so it would be f(0) ?

atomic canyon
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no

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because they are not talkign abt that

desert frigate
#

oh

atomic canyon
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if f(x) = 4x + 12

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when they state f(x) = 0

kind viper
atomic canyon
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that means 0 = 4x +12

kind viper
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but also i think all of this talk of y = f(x) is kind of irrelevant to this question in particular.

atomic canyon
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now take 12 on the other side

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4x = -12

desert frigate
kind viper
#

ok im out sorry

atomic canyon
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lmao

tight badger
atomic canyon
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i said that to make it easier for her

tight badger
#

No worries. Just focus on the question at hand.

atomic canyon
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cuz shes confusing it with f(0)

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im out

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polinksi help her

tight badger
desert frigate
desert frigate
tight badger
#

When a graph crosses the x-axis, what does that always mean for the y-coordinate at that point?

boreal girderBOT
potent berry
boreal girderBOT
desert frigate
tight badger
#

So you want to find the x-coordinates at which y = 0.

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You can replace f(x) with "y" in this case, if the parentheses confuse you. In the equation 0 = 4x + 12, they are asking you what value you must multiply by 4, then add to 12 to get 0.

desert frigate
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wait so

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i think i get it

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4 x -3 + 12 = 0?

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so answer would be -3?

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f(x) = -3?

tight badger
desert frigate
#

thank god

tight badger
#

Not f(x), however. x.

desert frigate
#

thank you man MZA_sobbing

tight badger
#

You're very welcome!

desert frigate
#

.close

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daring axle
#

For these two circles constructed so that one passes through the center of the other. How do I show that the AB (chord at their intersection) and the chord made by the tangent line AC have equal magnitude/length?

daring axle
#

Hi, so i got some hint for this

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so i'm now working on first showing <NAB = <NAC

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could someone help me w that

eternal pulsar
#

What is N?

potent berry
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something something inscribed angle maybe

daring axle
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N is the center of smaller triangle

daring axle
#

but well i guess not yet?

eternal pulsar
daring axle
daring axle
#

N is the center of smaller circle and M is the center of bigger circle

eternal pulsar
#

Okay.

daring axle
#

I have:

AMB = 180 - 2x

ABM is an isosceles triangle with measures (180 - 2x, x, x)

<BAC = 90 - x from alternate segment theorem

eternal pulsar
#

And A lies on both the large and small circle?

daring axle
#

yes

eternal pulsar
#

I would say that the angle bisector of BAC divides ABC into 2 congruent triangles. Though, you will need to prove such.

daring axle
#

well yeah that's what it looks like

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but uh

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the other helper suggested to invoke

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inscribed angle tbh

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so maybe that's the optimal route

eternal pulsar
#

So maybe extend a point on BC to A, and prove that. Particularly an altitude would be nice.

eternal pulsar
#

Because of ||the sum of the two arcs||.

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Hmm...well, it wouldn’t work out so well.

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Anyways.

daring axle
#

mmmm

kind crane
#

mmmm7

eternal pulsar
#

mmmm8

pure horizon
#

mmmm9

eternal pulsar
daring axle
daring axle
daring axle
#

but yeah i kinda am not sure how to do progress w that

eternal pulsar
#

||Congruent triangles?||

daring axle
calm trout
#

it's just alternate segment theorem

kind crane
#

triangle-inside-circle-theorem

daring axle
#

didn't i use it

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unless i used it wrong ig...

calm trout
daring axle
#

oh wait

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you're right 😭

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you're the genius

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okay so we have <NAB = NAC from that cuz isosceles triangle

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wait

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we're kinda done now right?

calm trout
#

yes

daring axle
#

how do you state the conclusion tho? I'm thinking along the lines of

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"from the law of cosines" we have that AB = AC

calm trout
#

NAB and NAC are congruent

daring axle
#

oh yeah okay

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i'm super dumb these days

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sorry

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yeah SAS congruence

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that was pretty simple 😭 in hindsight

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tysmm!!! catthumbsup

calm trout
daring axle
#

i swear i keep forgetting geometry 😭 once i stop using it

calm trout
#

seems about right

daring axle
#

how do you remember it then

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😭

calm trout
#

i don't

daring axle
#

but like you can solve geo problems

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like uh here

calm trout
#

maybe

daring axle
#

u remember alternate segment theorem

calm trout
#

well that's one of the basic ones

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can't forget those

daring axle
#

oh

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my aops book

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didn't teach me that lol

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😭

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maybe i derived it but they didn't name it

calm trout
#

tragedy

daring axle
#

okay so i guess it's normal

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i'll just do more geo

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anyway thanks again 😭

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and bye

#

.close

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calm trout
compact pewterBOT
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quartz yoke
#

<@&268886789983436800>

potent berry
#

ugh

#

more

compact pewterBOT
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quartz yoke
#

This could be a phising trap

short ferry
#

it is

#

steamcomNumity or sth like that

quartz yoke
#

Thanks

quartz yoke
short ferry
#

apparently

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unkempt lion
compact pewterBOT
unkempt lion
#

for b) idk why im inccorect

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this should be the answer

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thanks for any help

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idk why im incorrect
because if we orient our head in the direction of the normal, the circles are always on our right
which means its got negative stokes orientation

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<@&286206848099549185>

copper sierra
#

@unkempt lion the orientation instead depends on whether the surface is to our left as we travel the curve

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as we travel A and B we see P on the left so they have + orientation. along C we see P on the right so it has - orientation

unkempt lion
#

the head need to be point in the same directs as the normal of P right?

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I pointed the head in the direction of the normal of the circles which is why I got the answer wrong

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is this right?

copper sierra
#

the orientation instead depends on whether the surface is to our left as we travel the curve
that seems equivalent to this

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hmm i dont think the head thing works very well in this problem

unkempt lion
#

then how would we orient our "guy" travelling along the curve. He could then be upside down or head pointing left/right...

copper sierra
#

you know what it works

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u just have to locally reshape the surface to look like this

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then u can talk about matching heads or seeing the surface on the left

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but in any case u do have to match the P normal

unkempt lion
#

yea because in our textbook the teacher just said point the head in the direction of the normal and I though it to be the normal of the circle or smt

#

anyways thank you alot for this. I hope you have a great day

copper sierra
#

np

unkempt lion
#

.close

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thorny leaf
#

Idn't know how to solve it

compact pewterBOT
lone pasture
#

and since u can see 2 radii of the circle, OA and OB

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would u agree that AOB form an isoceles triangle

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even better here

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a tangent of a circle to a radius should always be 90 degrees

thorny leaf
#

no

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27cm*

lone pasture
#

i'd like to know ur thinking process

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before i completely obliterate ur way of thinking opencry

thorny leaf
#

(using translator)
found the angles of the triangle AOB, I thought that at the point where the radius touches the circle it does so perpendicularly, so I used that to find the missing angles in ACB, and determined that it was isocels with sides of 7 cm.

lone pasture
thorny leaf
#

yes

lone pasture
#

and u determined it was isoceles

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so the other 2 angles should be 60 as well

thorny leaf
#

yes

lone pasture
#

but now hold on a second

thorny leaf
#

wait

lone pasture
#

if all angles are the same, 60

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all sides should be the same as well

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so if AB is a given side, 7cm

thorny leaf
#

sorry i donΒ΄t now the types of triangles

lone pasture
#

u were right the other sides were also 7cm

thorny leaf
#

it is equilateral

lone pasture
lone pasture
#

so u should get 7+7+7=21

thorny leaf
#

...

lone pasture
thorny leaf
#

was unfocusedangerysad

lone pasture
#

nah just unfortunate mistakes

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i do that sometimes as well

thorny leaf
#

at least now I know my thinking was good, thank you.
itΒ΄s my first math olympic

lone pasture
#

good luck

#

hope u do well

thorny leaf
#

thanks!

#

.close

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#
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river shuttle
#

Show that there does not exist a holomorphic branch of the logarithm in Ο‰= the unit circle minus 0

compact pewterBOT
#

@river shuttle Has your question been resolved?

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@river shuttle Has your question been resolved?

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slate gulch
#

Hi I was trying to solve this, but I dont know what values the red and yelllow rope should take, I know theres other way that is just count the ropes and then divide the mass with that number, but ,how is solving it the analitycal way?

slate gulch
#

<@&286206848099549185>

timber cipher
#

You solve these systems by noting the wire lengths are constant

#

Blue wire = constant
A + (A - B) = constant

#

Then the second derivative:
2accel(A) - accel(B) = 0

eternal holly
#

i joined a math server expecting this to help high school and middle school students but what is this πŸ’€

#

@everyone

timber cipher
#

Don't look at the uni channels then

#

Lol did you really try that

eternal holly
#

my friends dared me too

#

lol

slate gulch
timber cipher
#

Sorry I didn't quite get that

slate gulch
#

I know the lengths are not important in this case, I just write T for tension

slate gulch
compact pewterBOT
#

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compact pewterBOT
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bright bobcat
#

how can i prove that $\lim_{n\to\infty}\sin(\frac 1n)=0$ without using that $\sin(x)$ is a \continuous function

boreal girderBOT
#

pirateking0723

bright bobcat
#

I am not sure if i can use sin(1/n)=<1/n but i dont think that i can

native shard
#

why not?

#

also

#

||

bright bobcat
# native shard

well i know how to do this if i am allowed some more tools

#

but i am not sure what i am allowed to use lol

native shard
#

$|\sin\left(\frac{1}{n}\right) - 0| < \varepsilon$

#

is your goal

boreal girderBOT
bright bobcat
native shard
#

so just use comparison with 1/n

bright bobcat
bright bobcat
#

thats why i am asking for something else

native shard
#

why not?

#

you’ve just said you can’t use continuity of sin x and don’t want to bound it by a convergent sequence..

bright bobcat
#

no problem if i bound it with a convergent sequence

native shard
#

brother you’re tying your hands behind your back and legs together

bright bobcat
#

i mean that i cant just put it like that

#

i need to show the inequality

bright bobcat
#

then everything is fine

bright bobcat
#

thats what i am trying to say

native shard
#

take N = 1/eps

native shard
#

then just use a chain of inequalities n > N β€”>…

bright bobcat
#

this means that for all n>=N, 1/n<Ξ΅

#

but then what

#

how do i relate it to sin(1/n)

native shard
#

|sin(1/n)| < 1/n < eps

#

hence sin(1/n) β€”> 0

bright bobcat
#

well what i am trying to do rn is prove that |sin(1/n)|<1/n

#

i can bound it by a convergent sequence to use squeeze theorem

#

but i think that i am not allowed to write this inequality directly

#

(i am not sure tbh)

#

but since i am not sure then i just have to prove this inequality

native shard
native shard
bright bobcat
#

yea it is

bright bobcat
native shard
#

what tools do you have

#

like have you learned differentiation yet

bright bobcat
#

no

native shard
#

and all of the nice theorems

#

so no mean value theorem..

bright bobcat
#

just sequences and series

#

no power series, no taylor series

native shard
bright bobcat
#

just convergence of sequences and series

bright bobcat
native shard
#

😭😭

bright bobcat
#

well if there is no way to prove it with these tools then ig i am allowed to use it after all

#

otherwise it wont be logical to have such a question lol

native shard
#

ask your professor

#

this is clear from mvt

#

yo aeooeoeo has been cooking for a minute

bright bobcat
bright bobcat
native shard
bright bobcat
bright bobcat
native shard
#

but you haven’t even defined sin(x) either

#

πŸ™ˆπŸ™ˆ

bright bobcat
#

sure

#

but it turns out that this is tolerated by the professor and mvt is not opencry

native shard
#

did you ask him

bright bobcat
#

i cant ask him rn it is 11:40 pm

native shard
#

he probably is letting you use the 1/n bound tbf

native shard
#

trust

bright bobcat
#

well i have him tomorrow so i am not rushing, i prefer not to disturb him rn ngl

bright bobcat
#

given what i can use

quartz yoke
#

Thought I was cooking only to cook myself in the end

uneven birch
#

Why would you not use that sin is a continuous function ?

quartz yoke
#

I'm still curious if a geometrical proof with triangles is possible...

bright bobcat
#

ah..

native shard
uneven birch
#

Why not use the fact that it's decreasing and bouded ?

bright bobcat
#

so i show that it decrasing and its inf is 0

#

sounds good

#

how to show that it is decreasing though

native shard
bright bobcat
#

yea

quartz yoke
#

I have a feeling it might be circular though I don't remember the proof

bright bobcat
uneven birch
bright bobcat
#

ohh i see

#

as for the infimum , i need to look at inf |sin(1/n)| right ?

#

because well idk if i am tripping or no but i dont think that inf sin(1/n)=0

#

for example if you take 1/(2Ο€)<n<1/Ο€ then Ο€<1/n<2Ο€ which means that sin(1/n)< 0

#

well i gtg sleep now tysm everyone for your help

#

have a great day/night

#

.close

compact pewterBOT
#
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uneven wolf
#

can someone explain the solutions first step?

compact pewterBOT
rotund sphinx
#

,w characteristic polynomial {(8,2,-2),(2,5,4),(-2,4,5)}

boreal girderBOT
rotund sphinx
#

but the matrix is symmetric (and hence diagonalizable), so the minimal polynomial always factors into distinct linear factors

#

and then the stated result follows upon some rearranging

#

@uneven wolf ^

uneven wolf
#

thanks, i got it now

#

.close

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#
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quick jewel
#

proof of sigma n^4 with the use of x^5 - (x-1)^5

compact pewterBOT
quick jewel
#

some1 pls help with this

#

like i have reached nearly the last step

#

but i cant take out common

acoustic yarrow
#

show your work

compact pewterBOT
#

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quick jewel
#

proof of sigma n^4 with the use of x^5 - (x-1)^5

quick jewel
#

I am sending my work

potent berry
#

deja vu

quick jewel
#

Pls tell how do we reach from 1st step to the last step in the given image

quick jewel
potent berry
#

have you not posted this same thing before

potent berry
quick jewel
quick jewel
quick jewel
kind viper
#

some kind of factorization trickery. rational root theorem to pluck out those linear factors ig

potent berry
#

Yeah you can just kinda see that 0 and -1 are roots

#

then do some poly long divides with factor theorem

quick jewel
#

Can u pls write the steps
Idk these terms
In my country , I have never heard rational root theorem

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#

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ember hollow
compact pewterBOT
ember hollow
#

A girl is holding a ball with a diameter of 3.90 cm and average density of 0.0835 g/cm3 under water. Determine the force (in N) needed to hold it completely submerged.

#

thats how I thought I would do it

#

though its not right according to the system of homework

compact pewterBOT
#

@ember hollow Has your question been resolved?

gloomy narwhal
#

gravity is also there

#

make a free body diagram

#

and assume equilibrium

compact pewterBOT
#
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ionic heron
compact pewterBOT
ionic heron
#

<@&286206848099549185>

#

I got a different c and i can explain how

pseudo rapids
ionic heron
#

first i got to e^2x(dy)=6xy^1/3)(dx)

which i eventually got down to 1/6(y^-1/3)dy=x(e^-2x)dx

so far so good?

#

so basically the first the first line except i had 1/6 on the LHS instead of 6 RHS

ionic heron
#

and then once i add my + c on the RHS and subbed in the cords i got 1/2 for c

pseudo rapids
#

It's still correct

ionic heron
#

but why does mark scheme show c=3 and no recognitinon for 1/2

ionic heron
barren horizon
ionic heron
barren horizon
#

sub the c there, then solve for y^2 like they did

ionic heron
#

yep

#

ah i see

#

okay

#

lemme try

#

got it

#

thanks

#

@barren horizon

#

Do you mind helping me out with another q?

barren horizon
#

you should get the same thing as they did right?

ionic heron
#

Yeah

#

i got it

barren horizon
#

nice

ionic heron
#

can you help me out with the part c>?

#

How do i find the horizontal asymptote

barren horizon
boreal girderBOT
#

Sepdron

ionic heron
#

i don't really understand

barren horizon
ionic heron
#

Yeah

quartz yoke
#

i tried this question but idk why i still don't understand how to do this. can someone help me out?

barren horizon
# ionic heron Yeah

then you have y^2 = (...)^3
take the sqrt on both sides, and you get
y = Β±sqrt((...)^3)

ionic heron
#

yeah and what can i do with this after?

barren horizon
boreal girderBOT
#

Sepdron

ionic heron
#

Thanks

#

i have another question

ionic heron
barren horizon
#

idk how to explain that one, sorry

compact pewterBOT
#

@ionic heron Has your question been resolved?

compact pewterBOT
#
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faint birch
#

Three workersβ€”A, B, and Cβ€”are assigned a job. They work in pairs at different rates:

When A and B work together, they complete the job in 6 hours.

When A and C work together, they complete the job in 8 hours.

When B and C work together, they complete the job in 12 hours.

Assuming each worker's work rate is constant, determine the time it would take for each worker to complete the job individually.

faint birch
#

Delete your message also

timber cipher
#

The trick to these questions is to recognise:
If a is the hours A will take to complete a job, then 1/a is the rate at which A works, in jobs/hour.

#

And the rates can just be added together. 1/a + 1/b is the rate at which A and B work together

compact pewterBOT
#

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#
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compact pewterBOT
#
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#

Please don't occupy multiple help channels.

potent berry
#

<@&268886789983436800>

compact pewterBOT
#
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potent berry
#

lmfao

glacial mortar
#

oops

potent berry
#

hi again smay

#

always a bit too late

#

lmao

compact pewterBOT
#
Available help channel!

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compact pewterBOT
#

Please don't occupy multiple help channels.

granite forge
#

bot

acoustic yarrow
#

holy shit what is up with these help channels today

#

<@&268886789983436800>

compact pewterBOT
#
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potent berry
#

IN EVERY HELP CHANNEL

eternal pulsar
#

Lmfao

granite forge
#

hacked account

glacial mortar
#

EVERY CHANNEL

eternal pulsar
#

The bots are evolving

#

😈

granite forge
#

crazy

glacial mortar
#

lol

visual dawn
#

I just came can anyone give an idea of what goes in this server

eternal pulsar
#

Discussion and help

#

That’s really it

eternal pulsar
#

Also, how many dumb people click these fuckinng steam links?!

granite forge
visual dawn
#

Yes

#

Sem

granite forge
compact pewterBOT
#
Available help channel!

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obtuse sphinx
#

What went wrong in my solution?

compact pewterBOT
obtuse sphinx
#

never mind. silly mistake on my part πŸ€ͺ
4sqrt(10) instead of 6sqrt(10) as stated in Q

#

.close

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#
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somber shale
#

How do i factor this?

compact pewterBOT
trail cave
somber shale
#

That's a^2 +2ab +b^2 right?

pine osprey
somber shale
#

Ahh ok

#

How does this apply to the problem tho?

pine osprey
#

Cos⁢ = (cos³)²

#

Same for sin

#

And just apply the rule

somber shale
#

alright

#

Thank you !!!!!

#

How come this isn't right?

pine osprey
#

You have to simplify ?

somber shale
#

eh ?

pine osprey
#

Im asking what you have to do

somber shale
#

oh

#

yes I do

#

Im sorry

pine osprey
#

Ok

#

You need a common denominator in order to add fractions

somber shale
#

Ah I see

#

I reckon the common denominator is sinxtanx?

pine osprey
#

Yes

somber shale
#

ok !! :D

#

thank you

pine osprey
#

Yw

somber shale
#

How do I simplify from here?

pine osprey
#

Maybe there is some kind of rule idk

trail cave
#

sin x tan x = sin^2 x / cos x

somber shale
#

is that a rule?

pine osprey
#

What do you mean by rule?

somber shale
#

like

#

an identity

pine osprey
#

Ah

somber shale
#

like the pythagorean identities

trail cave
#

i dont know what rules you have i'm just turning tan into sin/cos...

somber shale
#

oh ok

somber shale
#

So the numerator tanx gets converted to sinx/cosx

quartz yoke
#

distribute the denominator maybe it will help

#

numerator*

#

1/sinx +1/tanx

#

Cosec x +cot x

#

@somber shale that's easy

trail cave
#

yeah idk what theyre tryna do

somber shale
#

ok...

quartz yoke
somber shale
#

Sorry

quartz yoke
#

do you need explanation ?or you understood?

somber shale
#

please explain !! tysm

quartz yoke
#

okay

#

we have tanx+sinx/(sinx tanx)

#

now distribute the numerator

#

like a+c/bd is a/bd+c/bd

#

okay?

#

tanx/tanxβ€’sinx +sinx/tanxβ€’sinx

#

tanx will be cancelled in 1st and sinx in 2nd as they're same in numerator and denominator

#

you will get 1/sinx +1/tanx

#

1/sinx =cosec x

#

1/tanx= cot x

#

cosec x+cotx

#

any doubt?

somber shale
#

Like this?

quartz yoke
#

yhhh

#

Your que is solved now

#

so close the channel if you don't need any more help 😌

somber shale
#

Thank you !!

#

/close

#

urm

quartz yoke
#

.

#

.close

compact pewterBOT
#

@somber shale Has your question been resolved?

potent berry
#

.close

compact pewterBOT
#
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#
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glossy isle
#

I need help with these types of problems. The only part I know is f(1) the other derivatives I do not understand.

gleaming latch
#

f'(1) means the derivative at 1

#

the derivative basically means the slope

glossy isle
#

How do I determine whether f'(1) and f''(1) are Positive, negative or Zero?

#

like i know this is sloping up towards the right and would be positive but I am not sure

gleaming latch
#

if its sloping upwards, its positive

#

if you were to write it as an equation mx+b, the tangent line to the function at that point, then m would be the slope (f'(x))

glossy isle
#

ok, thank you I get f'(x) now but what about f''(1)

gleaming latch
#

f''(1) is the derivative of the derivative

#

would you be able to sketch the graph of f'(x)?

glossy isle
#

for this would it be

gleaming latch
#

thats not quite right

#

notice how at these 3 points

#

are 3 different slopes

#

first one is steep, second one is not as steep, third one is steep again

glossy isle
#

i understand

#

.close

compact pewterBOT
#
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flat jewel
#

is my solution correct? i just wanted to double check

compact pewterBOT
#

@flat jewel Has your question been resolved?

flat jewel
#

<@&286206848099549185>

flat jewel
#

<@&286206848099549185>

flat jewel
#

<@&286206848099549185>

compact pewterBOT
#

@flat jewel Has your question been resolved?

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carmine garden
#

Prove or give a counter example.
Let $(a_n) \to a$
If every $a_n$ is an upper bound for a set $B$, then $a$ is also an upper bound for $B$

boreal girderBOT
#

What a wonderful world !

carmine garden
#

I suspect this is false

molten coral
#

thonk how

carmine garden
#

I thought I could consider the set ( 0, \sqrt{2}) and come up with a decreasing seqeunce converging to \sqrt{2}

rigid perch
#

that's still an upper bound though

molten coral
#

but then a would be an upper bound?

carmine garden
#

yeah, just realised

molten coral
#

i cant vocalize it because bad at math

carmine garden
#

Hmm, I could try proving it in that case

molten coral
#

i swear theres some theorem

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i mean this is a fundamental idea that you cant suddenly have jumps

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i just cant have a word to it

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cant remember

carmine garden
#

Let $a$ not be an upper bound for $B$, it thus follows there exists an element in $B$, such that $bβ‰₯a$.
\
As $a_n$ is convergent, $\forall \varepsilon >0$there's an $N$, such if $nβ‰₯N$, $\abs{a_n-a}≀ \varepsilon$
\
We thus have that $\forall nβ‰₯$, $a_n - a β‰₯ a_n -bβ‰₯ \varepsilon$.
\
It thus follows that $a_n. \to b$ and $a_n \to a$
\
Thus $b=a$.
\
This would mean $a$ is an in upper bound

past ginkgo
#

its less a thing about jumps and more like

boreal girderBOT
#

What a wonderful world !

past ginkgo
#

squeeze theorem

molten coral
#

yyea

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i guess so

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its not some crazy thing

rigid perch
#

sort of a general principle that limits preserve inequalities (nonstrictly)

past ginkgo
#

yes

past ginkgo
#

oh yeah, do you have the squeeze theorem

past ginkgo
#

instead of "not an upper bound and b\geq a"

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do b>a

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and get that a_n is eventually b > a_n

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OR

carmine garden
past ginkgo
#

directly show that sup B \leq a

copper sierra
#

if we can use this fact

limits preserve nonstrict inequalities
then the proof is very fast

past ginkgo
#

do you have that a_n \leq b_n implies lim a \leq lim b

past ginkgo
#

since if so, consider b_n = sup B for all n

#

then a_n \geq b_n for all n

carmine garden
#

oh right

past ginkgo
#

so lim a_n \geq lim b_n = sup B

#

dont overthink things

carmine garden
#

got it

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thanks

copper sierra
past ginkgo
#

close enough

#

point got across

copper sierra
#

big pun

past ginkgo
copper sierra
#

u cant keep getting away with this

carmine garden
#

This is kind of easy to disprove
\
If every $(a_n)$ is rational, so is $a$
\
$a_n= \left( 1+ \frac{1}{n} \right)^{n}$ works, but haven't defined $e$ so a bad example

boreal girderBOT
#

What a wonderful world !

copper sierra
#

a_n=nth truncation of pi

past ginkgo
copper sierra
#

indeed

#

in fact any irrational is the correct moral answer

carmine garden
boreal girderBOT
#

What a wonderful world !

copper sierra
#

limits were invented to fill in irrational gaps

carmine garden
#

yea, but Ο€ is a different beast

past ginkgo
#

literally any of them

copper sierra
#

sqrt2 is also famous

carmine garden
#

okay, $\sqrt{2}$'s digits, I suppose then

boreal girderBOT
#

What a wonderful world !

past ginkgo
#

yes

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it doesn't matter which one

carmine garden
#

okie, thanks

past ginkgo
#

truly

carmine garden
#

.close

compact pewterBOT
#
Channel closed

Closed by @carmine garden

Use .reopen if this was a mistake.

compact pewterBOT
#
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Send your question here to claim the channel.

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β€’ Show your work, and if possible, explain where you are stuck.
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chilly basalt
compact pewterBOT
chilly basalt
#

Is my work correct? For integrating cos^3

kind viper
#

assuming no arithmetic fuckups yes

chilly basalt
#

My answer match up, but I was using a different approach

#

thanks

#

.close

compact pewterBOT
#
Channel closed

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compact pewterBOT
#
Available help channel!

Send your question here to claim the channel.

Remember:
β€’ Ask your math question in a clear, concise manner.
β€’ Show your work, and if possible, explain where you are stuck.
β€’ After 15 minutes, feel free to ping <@&286206848099549185>.
β€’ Type the command .close to free the channel when you're done.
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Read #❓how-to-get-help for further information on how to ask a good question, and about conduct in the question channels.

tacit geode
compact pewterBOT
tacit geode
#

i do not understand this problem at all am I even doing this right?

#

To find x and y I added and substracted the initial set of equations with the hope I can form a new set of equations

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i just don't get these problems or how to solve them

kind viper
#

in this problem though you can notice two things: that the only two denominators involved are 2x-3y+2 and and 3x-2y+3

#

which lets you do a certain trick that im about to show on paper

tacit geode
#

oh ok

kind viper
tacit geode
# kind viper

and when we find u and v those are howevere not the values of x and y

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right?

#

u and v is just 1/...

kind viper
#

but once you find u and v, you can reduce easily to a linear system in x and y

tacit geode
#

ok lemme try this

tacit geode
kind viper
#

ok hold on let me reproduce

tacit geode
#

alr

kind viper
#

so i know you got the arithmetic right

#

ok you did

#

now

#

1/(2x-3y+2) = 1/3
1/(3x-2y+3) = 1/2

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thus

2x - 3y + 2 = 3
3x - 2y + 3 = 2

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and so you have another linear system

tacit geode
kind viper
#

wym

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i took the reciprocal of both sides

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in each one

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you understand that if 1/a = 1/8 then a=8, yes?

tacit geode
#

yea it's the general rule of proportions

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is this what we do

kind viper
kind viper
tacit geode
#

ok so 2x-3y = 1
3x-2y = -1

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@kind viper i did it!!!

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Thank you so so so so much for teaching me this method i had no idea you can even do that it was so much easier

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and i actually understood it

kind viper
#

substitution is a powerful tool

tacit geode
tacit geode
#

because doing that helped me alot

#

This is however factorizing no?

kind viper
#

no, there's no factorization involved here

tacit geode
#

Hmm interesting i will practice more ty again

#

.close

compact pewterBOT
#
Channel closed

Closed by @tacit geode

Use .reopen if this was a mistake.

#
Available help channel!

Send your question here to claim the channel.

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

deft tangle
#

Prriod of |sin4x|+|cos4x|

compact pewterBOT
sonic oasis
compact pewterBOT
#

@deft tangle Has your question been resolved?

deft tangle
lone quartz
deft tangle
#

Ο€/2

lone quartz
#

No

#

It's pi

forest token
#

oh mod sin x

lone quartz
#

@deft tangle you still there?