#help-27

1 messages · Page 240 of 1

timber pebble
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yea

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so what would be $-18 \qty ( \int x^2 \dd x) = -18 \qty( \frac{x^3}{3} )$?

woven radishBOT
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jan Niku

gentle thunder
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-18/3 x^3... I dont really know
I dont understand why it's to this point, why did the -18 go outside of the integral? And why is it only x^2 within it?

timber pebble
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so constants can move out of the integral

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this is just a general rule

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its because they are linear

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its the same reason we can integrate this polynomial term-by-term

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but im just using it to make the result easier to see, the result would be the same if you left it inside

gentle thunder
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Could you show me what it looks like inside of the integral? I'm sorry for the trouble

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Wait, this is just for -18x^2?

timber pebble
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yea

gentle thunder
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OK I understand that part now, thank you

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same as -5x^3 ..

timber pebble
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its -6x^3

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maybe youre messing up the math in your head which is a common mistake

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,calc -18/3

woven radishBOT
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Result:

-6
gentle thunder
timber pebble
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so you said you got it from here?

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you feel alright on the result there

gentle thunder
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Yes, thank you so much

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.close

devout snowBOT
#
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timber pebble
tame plover
#

(f/g), f(x) = 4x-1 and g(x) = x-4

timber pebble
tame plover
#

Ok thanks

timber pebble
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oak smelt
#

They factor out the p as an exponent

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Sorry, i miss understood

heavy current
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the denominator becomes (q/p)x^(q/p - 1) * x = (q/p)x^(q/p)

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the extra x in the denominator is the result of differentiating the numerator, logx

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,, \lim_{x \to \infty} \frac{\log(x)}{x^{\frac{q}{p}}} = \lim_{x \to \infty} \frac{1}{\frac{q}{p}x^{(q/p) - 1} \cdot x}

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oh goodness that is ugly KEK

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that's right!

woven radishBOT
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higher!

heavy current
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q and p are fixed

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they are fixed numbers that cannot change

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x is the one that is changing

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oh, I see what you mean

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hold on

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you're asking about the case where p larger than q?

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let me see

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oh wait, I'm dumb lol

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every single function x^a is growing for a > 0

oak smelt
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I believe it still grows the denominator. Since p > q the x standalone in the denominator still out grows the x^(q/p-1)

heavy current
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there is no x standalone though kongouderp

oak smelt
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You're so right, im so dumb

heavy current
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@cosmic wind you are correct btw

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if p > q then this explodes to infinity

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there might be an extra condition in your problem statement?

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you'll have to post the original problem for me to be sure though

devout snowBOT
#

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solid osprey
#

let a,b,c be distinct positive reals, $\frac{a^2(b+c)+b^2(a+c)+c^2(a+b)}{abc}$ would be

woven radishBOT
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Skill_Issue

solid osprey
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a.greater than 4
b.greater than 5
c.greater than 6
d.none of the above

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ans is c apparently

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!status 1

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
torn bane
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alright well first notice that we can scale a,b,c by anything we want and the expression stays the same

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so one thing you could do is assume that a+b+c = 1 or anything you want

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also since it is symmetric you could assume that a<b<c

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oh maybe we can apply jensen's inequality

polar chasm
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Do you know muirhead's perhaps?

polar chasm
polar chasm
solid osprey
polar chasm
solid osprey
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if your thinking of using am-gm, it wont be equal cus a,b,c is distinct

polar chasm
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set a, b, c = 1

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ah

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cool

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but AM-GM still works

weak cove
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AM-GM always works

polar chasm
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place some constant k on the right side and multiply by abc

polar chasm
solid osprey
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$$\frac{a^2(b+c)+b^2(a+c)+c^2(a+b)}{abc}>k$$
$$a^2(b+c)+b^2(a+c)+c^2(a+b)>kabc$$

woven radishBOT
#

Skill_Issue

torn bane
#

now you can apply am-gm on inner sums and the entire sum

solid osprey
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do you want it to be equal?

polar chasm
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so not necessarily

solid osprey
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ok

polar chasm
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but yeah, now it's just AM-GM

solid osprey
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how so exactly? sorry im not really catching on

polar chasm
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try expanding the LHS

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it might make it more obvious

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and if you wish to, divide both sides by the n.o. terms on the LHS

solid osprey
polar chasm
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but do it after

torn bane
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,, 2a^2\sqrt{bc}+ 2b^2\sqrt{ac} + 2c^2\sqrt{ab} > 6\sqrt[3]{a^3b^3c^3}

woven radishBOT
torn bane
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,, a^2(b+c)+b^2(a+c)+c^2(a+b) > 2a^2\sqrt{bc} + 2b^2\sqrt{ac} + 2c^2\sqrt{ab}

woven radishBOT
polar chasm
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double application looks unnecessary, but ig it works too

solid osprey
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$$a^2b+a^2c+ab^2+b^2c+ac^2+bc^2>kabc$$
$$a^2b+a^2c+ab^2+b^2c+ac^2+bc^2>kabc$$

woven radishBOT
#

Skill_Issue

solid osprey
solid osprey
woven radishBOT
#

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

solid osprey
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yea

polar chasm
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I deleted it

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oh i didnt

solid osprey
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press the trash

polar chasm
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try applying it on the LHS

solid osprey
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mhm

polar chasm
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and see what you get on RHS

solid osprey
polar chasm
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yep

solid osprey
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$$a^2b+a^2c+ab^2+b^2c+ac^2+bc^2>6\sqrt[6]{a^6b^6c^6}=6abc$$

woven radishBOT
#

Skill_Issue

solid osprey
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oo

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thata elegant

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ty

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.close

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#
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solid osprey
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omg bruh im so stupid 😭

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there was an explanation literally under the question bruhh

soft umbra
#

🔥

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lost laurel
#

Prove that $\frac{a}{b}= \frac{ac}{bc}$

devout snowBOT
woven radishBOT
#

ƒ(why am I here)= MATHS

lost laurel
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so I started by multiplying the fraction on the right by c^-1, and (c^-1)^-1

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so $\frac{acc^{-1} (c^{-1})^{-1}}{bc}$

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and $c^-1 and {c^{-1}}^{-1}$ are multiplicative inverses of one another

woven radishBOT
#

ƒ(why am I here)= MATHS

lost laurel
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which proves that this is the same as a/b

woven radishBOT
#

ƒ(why am I here)= MATHS

lost laurel
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is this fine

raven leaf
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for $b,c \neq 0$ I assume

uncut crow
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a = 0 is fine

woven radishBOT
#

Xetrov

raven leaf
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lol

chrome isle
uncut crow
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i don’t really see how that proves it

raven leaf
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personally

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i think this is fine

lost laurel
lost laurel
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and c^{-1} \cdot (c^{-1})^{-1}=1

lost laurel
weak cove
uncut crow
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i don’t understand what your argument was before

weak cove
uncut crow
#

do you want to go back on my block list

weak cove
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No

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Sorry

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I’m done

elfin atlas
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laughing my ass off

uncut crow
# raven leaf

even this is doing too much. the last line is true because c * c^(-1) = 1. don’t need to go through all the stuff before

lost laurel
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I now want to prove this

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$\frac{a}{b} + \frac{c}{d} = \frac{ad+bc}{bd}$

woven radishBOT
#

ƒ(why am I here)= MATHS

uncut crow
#

are you done with the previous one

lost laurel
#

yea

uncut crow
lost laurel
lost laurel
woven radishBOT
#

ƒ(why am I here)= MATHS

lost laurel
#

so this is the same as $\frac{a}{b}+ \frac{c}{d}$

woven radishBOT
#

ƒ(why am I here)= MATHS

raven leaf
#

I don't know what properties you've proved

lost laurel
uncut crow
#

what does it prove

lost laurel
devout snowBOT
#

@lost laurel Has your question been resolved?

#
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chrome isle
devout snowBOT
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digital willow
#

Help

devout snowBOT
digital willow
#

Can someone help me to substitute??

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Anyone online

olive snow
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You want to do g/h ?

digital willow
olive snow
#

So (x^2-2)/(x^2-4)

digital willow
digital willow
olive snow
digital willow
olive snow
#

What would it be for the second one ?

digital willow
olive snow
#

More like $\frac{x^2-2}{x^2-4}$

woven radishBOT
#

YakuBros

digital willow
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oh alright

digital willow
olive snow
#

You are dividing

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Why do you do addition and substraction

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?

digital willow
olive snow
#

You didn't divide

olive snow
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Just let as the fraction, yiu can't simplified it more

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Dont use the / symbol, i think its confusing u

digital willow
#

Oh thanks

digital willow
olive snow
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What would be the 5) ?

digital willow
#

(h/f)(X)?

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Hello?

devout snowBOT
#

@digital willow Has your question been resolved?

digital willow
devout snowBOT
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@digital willow Has your question been resolved?

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ebon aurora
#

How can I prove that the expression (n^5 - n) is divisible by 5 for any natural n? I assume I should use mathematical induction and consider all possible cases for n?
My inital attempt was to express it as:
5m
5m + 1
...
5m + 4
and prove that it is indeed divisible by 5 by solving for each. However, this approach seems a bit redundant to me.

ebon aurora
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m >= 0 here

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n belongs to N

winter patrol
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don't need the separate cases if doing induction

topaz axle
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it's just 5 cases

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you don't do induction

ebon aurora
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Don't they represent all possible cases for n?

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Any number could be expressed by one of these 5 cases.

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*any natural number

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pls correct me if I got this wrong

winter patrol
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depends which method you want to use to solve this

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the basic induction approach would already prove it for all integers after n=1, without needing to separate it into 5 cases

ebon aurora
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I thought if I tried substituting each of these cases for n in the initial expression I would spot some pattern that would help me prove it. But I don't want to calculate the power of 5, it feels like too much work.

I see, sorry I am just getting into this topic.

winter patrol
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if you're doing case work like that, induction isn't needed

ebon aurora
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Then how should I go about this? I am curios how both the case approach and induction would work.

winter patrol
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both would involve binomial theorem

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you can leave stuff in exponent form, no need to evaluate fully

ebon aurora
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if m>=0, we cover all possible natural numbers, right? with the cases

winter patrol
#

yes

ebon aurora
#

ok
let me show you what I get if substituted now
maybe we can spot some pattern

winter patrol
#

to reduce the amount of work,
do the expansion using
5m + c

ebon aurora
#

ok I will do that now)

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@winter patrol
sorry my connection was slow

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so
it seems like everything is a factor of 5 except the last term which we need to prove

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for 5m + 1 the 1-s cancel out

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2^5 gives us 32

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Yeah I think we proved it this way ...

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@winter patrol
I am curious, why this can't be considered induction? How would you do it the other way?

ebon aurora
winter patrol
#

the basic process of induction is
using a base case e.g. n=1
then showing that if the statement holds for n=k, it'll also hold for n=k+1
thus creating a staircase effect showing it'll be true for n=2, and from that n=3 etc... true for all positive integers
(may differ slightly depending on what you're trying to show)

ebon aurora
#

I see, thank you for the detailed explanation!
So, how would we prove it that way? Substituting with k I get, k^5 - k

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if I pick 1 as the base case, we get 0 which is indeed divisible by 5.
sorry I just want to make sure I get it this time

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I am just not sure how we can prove that this holds true for every k without considering all of its cases

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like we did with our initial approach

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Or for example here:

n^(4k+1) - n is divisble by 10 for any natural n, k

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How would I prove this using induction
the fact that now the power is 4k + 1 confuses me even more, we proved that it is divisible by 5 if k = 1 tho

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@winter patrol (if you do not want to get pinged pls tell me I'll stop)

winter patrol
#

Substituting with k I get, k^5 - k
here you're going to make an assumption that'll be divisible by 5,
you can represent that as
k^5 - k = 5p

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and that use that in some way to show that
(k+1)^5 - (k+1) is also a multiple of 5,
i.e. can be expressed in the form 5q

ebon aurora
ebon aurora
#

now we have two variables (

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<@&286206848099549185>

chrome isle
ebon aurora
#

Yeah) or by cases ig like I did with (n^5 +1) 🙂

chrome isle
#

First show that is true for the base case

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Then assume it's true for n
Then prove it for (n+1) ^4k+1 - (n+1)
By expanding ( n+1) ^4k+1

ebon aurora
#

what value should I choose for k?

chrome isle
chrome isle
ebon aurora
#

Ok
starting with the base base:

0 is divisible

now we assume that n^(4k + 1) - n = 10a, is that correct?)

ebon aurora
#

now we do the same for n+1 and k+1
so we get

(n+1)^(4k + 5) - n - 1

chrome isle
ebon aurora
#

ok so k doesn't matter got it)

so we have
(n+1)^(4k+1) - n - 1

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what should we do now

chrome isle
ebon aurora
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ok

chrome isle
ebon aurora
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yes

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n doesn't tho, right?

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or no we get 4k*n sorry

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or maybe we can keep it in the end and express the last two terms as 10a as we defined previously

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(n)^(4k+1) -n

chrome isle
# ebon aurora n doesn't tho, right?

Hmm i was thinking a little different
Don't cancel the n
cause we know n^4k+1 - n is divisible by 10
So now we have the task to show that the latter is also divisible by 10

ebon aurora
#

yeah

devout snowBOT
#

@ebon aurora Has your question been resolved?

ebon aurora
#

here's a more expanded version lol
might help us see sth we didn't see before

chrome isle
# ebon aurora

Hmm try this
Can i say u have to prove n+1^4k+1 -(n^4k+1 + 1)
So we can prove this no will be even for all n and k
And then u can take cases
First when n is of the form 5y
Second when n is of the form 5y +1
...
And u can show that that no is a multiple of 5 for all values of n and k
And so as the no is a multiple of 2 and 5 for all values of n and k it must be a multiple of 10

ebon aurora
#

That's a good idea
so take these cases?

5y
5y +1
5y +2 ...

chrome isle
#

Can't find of a better method other than taking cases rn il tell when I do wut

ebon aurora
#

ok lol
I always go with cases too so I'm fine with that) I am just lazy to do all the calculations

sorry can you please explain me the part where you proved that it is even for all cases of k and n?
you subtracted the one with (n) from (n+1)^ ...

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did you subtract it from the expanded form?

chrome isle
chrome isle
#

Also for proving its divisible by 5 u will have to be clever and take advantage of the fact that it raised to the power 4k +1 (ie use cyclicity)

ebon aurora
ebon aurora
#

the only thing left is to prove that it is a factor of 5 using cases) which is a bit redundant but ig that's what the problem expects me to do too)
in the previous problem I proved that for any n (n^5 - n) is divisible by 5
could we use it here?

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I guess we could
for k = 1 it is for example

ebon aurora
chrome isle
ebon aurora
#

yeah ...
I took cases for n
but at first I just expanded it using some general variable c
everything is a factor of 5 except the last term which I proved using cases

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so 2^5 - 2
3^5 - 3 etc )

ebon aurora
#

yup

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lol

chrome isle
chrome isle
ebon aurora
#

cuz cases with this one feels like too much work 🫠

chrome isle
ebon aurora
#

oh ok
then my brain exaggerates stuff lol

if you figure out how to do it with our initial approach, please let me know🤎
thank you so much for your help!)) I think the book I took this from expected me to use cases anyway, cuz there are no examples of that(stack overflow's) approach provided
I can close the chat now ig, have a great day!)

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fallow hull
#

Hello! I need a little bit of an explanation on this question in my assignment. (Its in danish) in question (c) i found -b ; opposite vector to b. And in question (d) i need to find the “difference triangle” a-b and i am so confused on which Numbers Im supposed to use and how to draw this vector.

fallow hull
#

.close

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rotund kernel
#

help

devout snowBOT
rotund kernel
#

cosec(x)=k/cosec(x)

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whilst k>1

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how to get k

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1/sin(x)= ksinx ?????/

somber mulch
#

is k a specific value?

rotund kernel
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no

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constant

somber mulch
#

k>1 can imply its always positive, i think you can simplify from this point by moving sinx from the right to the left by dividing sinx and getting 1/sin^2(x) =k

chrome isle
chrome isle
rotund kernel
#

?

somber mulch
#

not necessarily

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x is a variable

chrome isle
somber mulch
chrome isle
somber mulch
#

like whats it asking for

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just k?

rotund kernel
#

the answer is root k-1

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howd they the -1

chrome isle
#

What are u trying to find?

cold bone
rotund kernel
#

yeah the posbbile vaues

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possible values of cotx it says

cold bone
rotund kernel
#

yeah

#

give that cosec(x)=k/cosec(x) and k>1 find the possible values of cotx

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😭

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in terms of k

cold bone
chrome isle
cold bone
chrome isle
chrome isle
rotund kernel
#

ok got it guys

#

tysm

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cotx= root k-1

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+/-

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wet robin
#

is 13.937 irrational?

devout snowBOT
acoustic leaf
#

no. any number with a finite number of decimals is rational

wet robin
#

thanks

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how will I do this question I don’t have much information

#

its fine now

#

for some reason

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my brain didn’t realise the centre was (0,0) of the circle as i’m so use to always seeing a version of (x-a)^2 + (y-b)^2 = r^2

#

.solved

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dapper reef
#

for B can someone please expain why we do 2sin first?

dapper reef
sonic sphinx
#

do you know the power rule formula in differentiation ?

pale patio
#

You can imagine sin^2(x) as (sin(x))^2 with the chain rule you first have to take the derivative of the outside ( )^2 so that would be the 2sin(x) and than multiply it by the derivative of the inside sine(x) and that would bo cos(x) so it equals 2sin(x)cos(x)

oblique granite
dapper reef
#

I do know the power rule formula but I wasn't sure if it applied to sin cos and tan

#

tysm for the expanation

#

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north goblet
#

can some explain to me where did the 'd' go in the development opf the formula? AP

north goblet
#

talking about the part with the n^2

cold bough
north goblet
#

it should be 0.5dn^2

#

shouldnt it?

#

???

#

oh

#

they took out the d

#

thanks

#

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leaden plinth
#

ik this is chem but can any1 explain why Ms are equal?

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rigid python
#

hello

devout snowBOT
rigid python
#

i need heko

#

help

#

alg2 stuff

upper schooner
rigid python
#

i literally forgot how to do rate of change

#

and ummm how do i do interval positive and negatives

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solid cape
#

if i have the function for velocity 24m/s * sin(pi * t ), and want to derivate it to turn it into a function for acceleration using derivatives, how should i do it?

wicked turtle
#

did you try taking the derivative? where did you get stuck

solid cape
#

what happens is that im a little bit confused as for how derivates work, im still learning, and i do not know the rules for trigonometric functions

wicked turtle
#

do you know the derivative of sine is cosine?

solid cape
#

i understand that, but i wanted to make sure if i skipped any other rule

wicked turtle
#

you'll need the chain rule too

#

because of the pi*t inside the sine

solid cape
#

how does it work?

wicked turtle
#

first you take the derivative of sine, giving you cos(pi * t)

#

then you take the derivative of pi * t

#

which is?

solid cape
#

shouldnt it be the same?

#

im not really sure

#

sorry

wicked turtle
#

same as what?

solid cape
#

like, unchanged

wicked turtle
#

what's the derivative of 2t?

solid cape
#

oh

#

wait

#

i remember

#

just

#

2

wicked turtle
#

yea

#

so the derivative of pi*t is what?

solid cape
#

pi

wicked turtle
#

right

#

so the derivative of sin(pi * t) is:
pi * cos(pi*t)

solid cape
#

oooh

#

now i get it

#

thank you man

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warped tapir
#

Hey guys ! Im really lost and would appreciate any help. My teacher never went over this today and im struggling on HW. The first picture represents the original graph and the second is the trasnformation im supposed to do . What would my new set of points be ?

warped tapir
#

I think the x-2 would move the x values 2 units to the right but as for the -f, I dont know how to inverse the function

#

<@&286206848099549185>

fossil locust
#

then flip the function upside down, so a reflection across the x-axis

warped tapir
#

okay !

#

Let me try

#

and ill send a new picture

#

thanks for responding, im going crazy 😭

fossil locust
#

nwnw

#

(I would do it point by point, so find where (-2, 4) ends up after the transformation, then find where (0, 3) goes etc)

warped tapir
#

Okay I got this

#

I should probably

#

label which is the final one though

fossil locust
#

looks good though

#

the one that is increasing is the final one

warped tapir
#

yep

#

do you mind helping me

#

with another one

fossil locust
#

ok

warped tapir
#

this one I have no clue lol

fossil locust
#

left-to-right

warped tapir
#

so I just graph the original one

#

then reflect across y-axis

fossil locust
#

yes

warped tapir
#

👍

#

okay done with all those ones

#

I also got this back side but

#

Its kinda hard to see the graphs

fossil locust
#

oh it's the same type of problem

warped tapir
#

kinda yea

fossil locust
#

the only new thing is that they have f(x/2)

#

that's a compression in the x-direction by 1/2, or a stretch by factor 2

warped tapir
#

and like f(2x)

#

what would that be

#

a reflection ?

#

across

#

Y ?

fossil locust
#

by factor 2

#

so it gets squished towards the y-axis

#

in both directions

warped tapir
#

Sorry for asking so many questions lol

fossil locust
#

it's okay

warped tapir
#

The stuff we went over today was much easier than this

#

ive never seen this

#

But

fossil locust
#

but this stuff is really important for working with functions in general

warped tapir
#

👍

#

So

#

For f(2x)

#

it would be getting

#

squished

fossil locust
#

there's only translation,

warped tapir
#

towards the y axis

fossil locust
#

so if I had the point (4, -2) on the function

warped tapir
#

yea

fossil locust
#

it would get transformed to (4/2, -2)

#

the y-coordinate doesn't change

warped tapir
#

just the x

#

okay

#

let me try

fossil locust
#

yep

warped tapir
#

so would I just

#

pick any point

#

that is like a good point

#

to do my compression

fossil locust
#

oh yeah that works, you can figure them out by testing one point

warped tapir
#

the thing is

#

theo nly good point I see is

#

(0,2)

#

but zero divded by 2

#

wouldnt get me anything

#

*(0,1)

#

Im guessing the answer is B though

#

only one that looks decently right

fossil locust
warped tapir
#

👍

#

alright

#

then number 3 is a

#

units 2 to the left

#

and inverse

#

correct ?

#

cause (x+2), is 2 units to the left and then -f is reflecting over x axis

#

so G I think ?

fossil locust
warped tapir
#

Yay

#

lets og.

#

4 is kinda hard to tell what it is

fossil locust
#

the max of the function is transformed to x = 0 then reflected upside down

#

one sec

warped tapir
#

I think 4 is this

fossil locust
#

yeah and the f(-x) one, reflect across y-axis

#

ah I know what it is now

warped tapir
#

so 4 is

#

a compression ?

#

and then a reflection

fossil locust
fossil locust
#

so it's a stretch

warped tapir
#

of 2

#

okayh

#

let me see

fossil locust
#

for f(2x) imagine the function playing 2 times faster, like 2x speed

warped tapir
#

👍

#

4 is so weird 😭

#

would it be

#

like

#

it needs to be a graph on the left side

#

so either F or I

fossil locust
warped tapir
#

im guessing

#

its F

#

its a steeper

#

line down

fossil locust
#

however with a stretch, that means the slope of the graph is being increased, cause it's stretched

#

yeah it's F for that reason

warped tapir
#

Alr lets go

fossil locust
#

so now you can figure out f(-x) + 2

warped tapir
#

hes probably going to clarify all this tommorow

#

he just gave us this today

#

without any context

fossil locust
#

omg that's so sad

warped tapir
#

so hopefully tomorrow i understand it better

#

we did easy stuff today like this

#

it was a lot easier

warped tapir
#

so u said to do

#

reflection first

#

and then

#

since its

#

+2

#

I go up

#

2

#

so its

#

isnt it I ?

#

thats the only other one on the left

fossil locust
warped tapir
#

alr

#

nice

#

im on #5 now

#

so f(x) is that a reflection over the

#

x axis ?

glad drift
#

So where do I go fr hell

#

Help

fossil locust
glad drift
#

My phone is glitching

fossil locust
glad drift
#

Sorry

#

I don't know how I got here

fossil locust
glad drift
#

Thanks

#

Ok

fossil locust
#

if you click on there then you should be able to see channels 10

#

and 11 etc

warped tapir
#

so just

#

a stretch of

#

1/2

fossil locust
#

yeah

warped tapir
#

alr

#

let me try

#

C ?

#

wait

#

hold on

#

is it C

fossil locust
warped tapir
#

Okay nice 👍

#

Now onto 7 💀

fossil locust
#

yeah so do f(x/2) first

#

do you know what type of transformation that is?

warped tapir
#

uh

#

let me check the image u sent

fossil locust
#

ok

warped tapir
fossil locust
warped tapir
#

alr nice

#

but

#

is it a

fossil locust
#

no

#

well actually you can eliminate a lot of the options cause it's negative f(x/2)

#

so it's flipped upside down

warped tapir
#

so

#

D ?

#

that one is going down

fossil locust
#

no D is not upside down

warped tapir
#

E

fossil locust
#

yep

warped tapir
#

💀

fossil locust
#

so it was a stretch by factor 2 (compression by factor 1/2)

warped tapir
#

yea

fossil locust
#

then a reflection across the x-axis

#

ok last one now!

warped tapir
#

because of the

#

well

#

im guessing its

#

D

#

Since thats my last

#

option lol

#

I used all the other

#

ones

fossil locust
#

yep D looks right

warped tapir
#

Im done bro

fossil locust
#

if you're wondering why the top didn't move, it's cause y = 2 * 2 - 2 = 2

warped tapir
#

👍

#

Hopefully tomrrow he goes over this

#

I got a quiz but all the topics on the quiz I already know

#

so I should be good 👍

fossil locust
#

👍

#

good luck on the quiz!

warped tapir
#

Than ku so much for the help

fossil locust
#

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upbeat marten
#

Is what I did okay or do can I not include the -3

topaz beacon
#

youre not supposed to include the -3 since that gives you 0/0

#

you should pick x vales that get close to -3

upbeat marten
#

alright 😼

#

thanks for the help

#

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brisk jacinth
#

my teacher break down this integration on 1 but i dont know why

iron sun
#

The probable reason is to be able to instead reason with the second term, which hopefully can be compared with an integral of the form 1/x^p from 1 to infty

#

(the first term is trivially convergent)

rapid blaze
#

I want to start learning Calculus but I don't know where to start from, any suggestions

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brisk jacinth
iron sun
#

Which they will in this case

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brisk jacinth
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jolly anvil
#

Is there a way for me to calculate arugment for complex number without a calculator?

jolly anvil
#

like this

upper schooner
#

In the case you have, draw a picture and make a triangle mathicogeometry

#

From where you can use trig/sohcahtoa to figure out what the argument is, if you remember the “special values”…

jolly anvil
#

what does trig/sohcahtoa mean?

neat solstice
#

,w atan(sqrt(3)/1)

solid osprey
neat solstice
#

Sin cos tan is what you wanna use, afaik sohcahotoa is how they are defined (soh:sine=opposite/hypothenus

jolly anvil
#

ohhhh thanks

neat solstice
#

In your case, you have a triangle with one point in the origin, another on your point, the last on the x axis. Thus you wanna use tan

#

So:
tan(arg)=opposite/adjacent=Im/Re

#

Therefore
atan(Im/Re)=argument

#

Im and Re being imaginary and real parts

upper schooner
#

(Be careful if the real part is negative though, you’d then need to add/subtract pi to get the correct argument)

jolly anvil
#

so i should memorize this image and hope i dont get something else

cold bone
#

(very common)

jolly anvil
#

those i know (i hope)

cold bone
jolly anvil
#

thanks tho

#

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steel fiber
#

Can anyone help me with this

devout snowBOT
steel fiber
#

It tells me to do dc/db = db/ad

#

I dont understand why they’re doing this

brittle inlet
steel fiber
#

How can dc/db be equal to db/ad though

brittle inlet
#

If I were you, I'd start by calculating as many angles as possible

#

That should clear up a lot of confusion

steel fiber
#

How can i get whether angles are equal

#

Yes but in order for me to determine angles i would need to know how angle b is splitted

steel fiber
#

And it doesnt say anything on this and im sure its not 45-45

brittle inlet
steel fiber
cold bone
brittle inlet
#

What does this say about the angle between them?

steel fiber
steel fiber
cold bone
steel fiber
#

wait

#

yes i can do that

#

i would do alpha and theta

#

and get trigonometric values of them

#

right?

cold bone
cold bone
steel fiber
#

alright

#

thanks a lot

glossy shell
#

There's a harder way to do it without finding angles, but it's dumb, give me a minute to draw it

glossy shell
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#

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steel fiber
#

/close

#

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glossy shell
#

I did say it's a dumb way, also it might not be possible in the way I was thinking

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coral wraith
#

can someone please help me with this?

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stone stump
#

what have you tried

coral wraith
devout snowBOT
#

@coral wraith Has your question been resolved?

coral wraith
#

@stone stump you there?

restive river
#

can you do the easy direction?

#

that is, the sufficiency part

coral wraith
restive river
#

Since A is invertible, write its inverse out, and there is only one reasonable way to use this matrix

restive river
#

so it is unique, isn't it

coral wraith
#

because A^{-1} is unique

#

what about the other way around

#

@restive river you there?

restive river
#

let $x_i$ be the unique solution of $Ax_i=e_i$, and think about the block matrix $(x_1|\cdots |x_n)$.

woven radishBOT
#

worthless loser

restive river
#

This block matrix is n by n

devout snowBOT
#

@coral wraith Has your question been resolved?

coral wraith
#

Ik confused

restive river
#

why not play with a 2 by 2 matrix, find the corresponding x1 and x2, and see what A does to the block matrix

#

just to get a feel for it

#

For example A = ((0,1),(1,0))

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#

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ruby rover
#

Any tips for time management in exam? My exam is in about 2hours, I only have one hour for the math test, I might not finish pre-calc

small jackal
#

Then do the others

#

Remember if all questions have the same mark don't waste too much time on a single question

ruby rover
#

So the moment I get the paper I should at least check pretty much everything first right

olive snow
#

Find the worth questions in terms of time/marks

olive snow
#

How many marks ?

ruby rover
#

Atleast how many minutes should I spend on one question

ruby rover
olive snow
ruby rover
#

huh?

#

The passing score?

olive snow
#

No

ruby rover
#

Total score?

olive snow
#

120/80 = 1.5min per marks

olive snow
#

If its 3marks the question, its supposed to be 4.5 or 5 min on it

ruby rover
#

oh

#

Alright

#

I guess I'll bring a watch for time check

olive snow
#

Don't be disturbed by the time tho

ruby rover
#

Alright

#

I should review now, thanks a lot for the tips

olive snow
#

Good luck !

ruby rover
#

Thanks, have agood day !

#

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fallen rune
devout snowBOT
fallen rune
#

what did I do wrong

devout snowBOT
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Show your work, and if possible, explain where you are stuck.

fallen rune
# fallen rune

I plugged in the 9 into the equation but I still got the question wrong

devout snowBOT
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@fallen rune Has your question been resolved?

devout snowBOT
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@fallen rune Has your question been resolved?

fallen rune
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.close

devout snowBOT
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devout snowBOT
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mystic bloom
devout snowBOT
mystic bloom
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how to do 10

upper schooner
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Maybe first try factoring, to see if you get something a bit easier to deal with pikathink

mystic bloom
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ur my fav ever

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or second fav idk

upper schooner
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Second pikathink who do I have to bury then Foxy_Knife

mystic bloom
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i forgor his name like penfound or something like that

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OK I got (3x+1)/(x-2)

upper schooner
mystic bloom
upper schooner
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Any ideas what happens as you decrease to 2? Maybe play around with values slightly above 2 and see if that brings any ideas?

mystic bloom
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idk do I just put in 2.1 or something

upper schooner
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(you could e.g. also consider what happens to the numerator and the denominator too!)

mystic bloom
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it gets super big right

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I haven't used a calculator yet idk

upper schooner
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The whole thing does get large, yep SCgoodjob2

mystic bloom
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so the answer is infinfity

upper schooner
mystic bloom
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uwaa

upper schooner
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Yep, dividing something finite (and positive) by something that gets smaller and smaller (but still positive) SCgoodjob2

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As for the proof SCGdrums

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,w lim (3x^2 + 7x + 2)/(x^2 - 4), x to 2 from right

upper schooner
mystic bloom
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Yayaya

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how to do 12

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do I use perfect chbe

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cube

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thing

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that's like (a-b)(a^2+ab+b^2

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rightr

upper schooner
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Yep, that's it happyCat

mystic bloom
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Yay

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OK

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I got the denominator to cancel out

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I got 27 as my answer

upper schooner
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,w lim (8x^3 - 27)/(2x - 3), x to 3/2

mystic bloom
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Yayayaya

upper schooner
mystic bloom
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how to do 15

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do I change it to inverse of tan

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then turn tan into sin over cos of wtv

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then reciprocal it cuz ya

upper schooner
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15 or 13?

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For 13, you could do it by noticing cot = cos/sin, sure catokay

mystic bloom
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oh ya 13

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OK I GTG

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ty

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.close

devout snowBOT
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mystic bloom
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.open

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.reopen

devout snowBOT
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mystic bloom
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I RETURN

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@upper schooner omg idk wat to do

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idk wat value to plug in

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helpp

upper schooner
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Foxy_Popcorn don't know what to do for the 13 one?

mystic bloom
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Fr

upper schooner
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You can either, if you have/are allowed a calculator, play around with values that are slightly above pi, or, otherwise, try and figure out how the numerator and the denominator behave when you're decreasing to pi Foxy_Popcorn

mystic bloom
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umm can u spawn in the unit circle

upper schooner
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Well, I guess you could tbf, if you want to choose to relate cot to tan instead?

mystic bloom
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IDK WHAT TO DO

mystic bloom
upper schooner
mystic bloom
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,w unit circle

mystic bloom
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IDK

upper schooner
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Have you seen CAST diagrams before? (they may be called something different for you)

mystic bloom
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No

upper schooner
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Anyways (stolen, thanks mathsisfun KL1Steal), we're decreasing to pi, right, so going clockwise from quadrant 3...

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If you wanna consider cot as cos/sin, then thinking about what cos gets closer to, and what sin gets closer to...

mystic bloom
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omg

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-1 and 0

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idk

upper schooner
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Yep, sure, but also sin is negative and gets closer to zero, whereas cos is negative and increases to -1 pikathink

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so what happens to cos/sin?

mystic bloom
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is the answer liek neg infinity

upper schooner
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Not negative, no SCsadkittyNO

mystic bloom
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idk

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😭

upper schooner
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Of course, that should be a big hint, not negative catThink

mystic bloom
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OH

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sin is negative

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as it gets dloser

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OK

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infinity

upper schooner
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Yep, you have your numerator negative and going to -1, but your denominator negative but getting closer to zero, so you have a positive fraction and its value gets larger and larger happyCat

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There you go SCgoodjob2

mystic bloom
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light work

normal rune
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Can I ask for help?

mystic bloom
upper schooner
mystic bloom
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Yay

gloomy lily
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Hello?

upper schooner
devout snowBOT
mystic bloom
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OK

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now 15

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I can just plug it in for the first part of it right

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@upper schooner

upper schooner
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Yep, you can find each sided limits separately that way SCgoodjob2

mystic bloom
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liek

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0.9

upper schooner
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Same thing catGiggle you can set x as 1 for the second half too, "because"

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(as each separate half is continuous, the limits for them are literally just the same as putting in what you're taking the limit to)

mystic bloom
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okii

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so like

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does it not exist

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cuz like it's diff for each side

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@upper schooner

upper schooner
mystic bloom
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easy

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wat Abt the last one

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also there's like 30 questions on the next page😔

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they are short though

upper schooner
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The last one is just a matter of expanding and simplifying stuff happyCat

mystic bloom
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grr

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I tried simplifying but nothing happened

upper schooner
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What did you get when you expanded?

mystic bloom
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uhh

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,w expand (x+h)^2-x^2

mystic bloom
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omg i can factor out an x

upper schooner
mystic bloom
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is the answer 2x

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yayayay

mystic bloom
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this the final page

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do I just like

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plug it in

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for the corresponding thing

upper schooner
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Pretty much (just notice that the limits ones are slightly different than the function value ones as where you're meant to put things, otherwise it's quite chill imo SCCOZY)

mystic bloom
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17

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is 3