#help-13

428200 messages Β· Page 471 of 429

crimson sedge
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yeah i agree

fallen heath
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okay so

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we took any random arrangement, picked one such file containing a rook, and labelled the file containing it, as say F_1, then you mark the corresponding rank as R_1

crimson sedge
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yes

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so we can choose any other 4 rooks not in that row or column

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right?

fallen heath
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yes, but there's one better idea

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oops that was a wrong image

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since the rooks attacking each other are only dependent on the respective positions of row, column, this move should be invariant right?

crimson sedge
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the rank wzs never filled

fallen heath
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Yeah. I filled it cuz, we're considering a situation where "okay, we for sure have at least 5 files to pick from... and then, 5 ranks to pick from, but what if the 4 remaining rooks lie within the same file?"

crimson sedge
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?

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we have 7 files to pick from

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where is the five coming from?????

fallen heath
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7 yes, but we showed that there's at least 5

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so in any possible arrangement, there's at least 5 to pick from

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consider this arrangement.

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is there really 7 files to pick from?

crimson sedge
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yes

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wait no

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but its not 5

fallen heath
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Yeah it's not 5 but

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there you go

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the one case where PHP is evident

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even if you fill the 32 cells in the half-board, there's always 1 rook remaining

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in this case you've only got 5 files

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but also, you can very easily see you 5 rook pair

crimson sedge
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you have 3 files to choose from

fallen heath
fallen heath
crimson sedge
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oh we are choosing from those

fallen heath
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hmmm?

crimson sedge
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so how can i write up the answer from the begining

fallen heath
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hmm, even though I can tell you how this thing works and the process, I've never once been rewarded well for my combinatorics proof writings

crimson sedge
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what did we start by saying?

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i just need to go in order

fallen heath
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we started by showing that the there exists at least 5 different rows and columns with at least 1 rook in them.

crimson sedge
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ok i have that

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next we choose one rook, right?

fallen heath
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next you consider any random arrangement, and pick one rook, yes. [don't start writing your answer yet btw, coz if even once you get lost, you might end up scratching everything]

crimson sedge
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ok

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we then eliminate the file and rank it is in

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what did we do after that @fallen heath

crimson sedge
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but we just need to prove at least a pair out of those five rooks dont attack eachother

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not that all the five rooks dont attack

fallen heath
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what. no

crimson sedge
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Show that you can find 5 among them such that any pair among them does not attack each other.

fallen heath
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such that ANY PAIR among them does not attack EACH OTHER

crimson sedge
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oh

fallen heath
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so any pair you pick, should not be attacking each other

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lol

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idk why one would give an invariance question for h.w. catThink

crimson sedge
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invariance?

crimson sedge
fallen heath
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yep no worries

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if you really plan on doing this yourself, here's a more accurate hint:

Color the board diagonally(symmetrically) in different colors. Your task is to prove that at least 5 rooks lie in one of these colors

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@crimson sedge

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notice how, as soon as you prove that there exists 5 rooks lying in one of these colors, you're done(since none of these colors attack each other)

crimson sedge
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5 rooks in one color?

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how does this relate to the question?

fallen heath
crimson sedge
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yeah

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it si

fallen heath
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that you've a pair of 5 such rooks

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that, when arranged like this diagonally, do not attack each other

crimson sedge
fallen heath
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think by yourself

crimson sedge
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it doesnt have to be possible

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do i use php

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i dont know what to do

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oo

fallen heath
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you have 33 rooks

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you used the 33 = 8 x 4 + 1 argument column wise, row wise to conclude some info about rows, columns

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think if you can conclude something using the same?

crimson sedge
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right, the argument that there will be at least 1 rook in 5 files

fallen heath
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about at least 5 rooks being in at least 1 color

crimson sedge
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its different

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there is no fixed capacity for each diagonal @fallen heath

fallen heath
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you're concerned about each COLORS

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not diagonals

crimson sedge
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oh

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its the same thing

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4*8+1

fallen heath
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lmfao

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now as you can see

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whichever 5 rook pair lies in 1 of these colors, the rook in them don't attack each other

crimson sedge
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ok

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so it seems like we did something different

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how should i write this up now??

fallen heath
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not really. we followed up on the same PHP argument, just from a slightly more visible perspective

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I was getting at this previously

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but the colors seemed to have worked better nozoomi

crimson sedge
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how do i go right away to talking about colors lol

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in my solution

fallen heath
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XD

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hmm.. start with defining colors for each diagonals :o

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Like, "we colour each diagonal"

crimson sedge
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so scratch everything we had before?

fallen heath
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yeah, this approach is "more visible" so you won't have to worry about anything else

fallen heath
# fallen heath

can you not see why any pair of rooks lying in any one of these colors won't attack each other?

crimson sedge
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yes

fallen heath
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then it won't be necessary to add more write up

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so okay, you start with coloring the chessboard diagonally.

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then you argue that, for any pair lying in one of these colors, the rooks won't attack each other

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catthumbsup Got it?

crimson sedge
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We can color each diagonal:
-- the image here
If we had at least 5 rooks in one color, they would not attack each other, and would satisfy the conditions. Each color spans across a capacity of 8 squares, and 32 is 4*8+1, which means that at least 5 colors must have at least 1 rook.

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hows this?

fallen heath
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It's fine

crimson sedge
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it is?

fallen heath
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yep

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wait wait

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heyyyyyyyy

fallen heath
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Your claim : "If we had at least 5 rooks in one color, they would not attack each other"
and your conclusion: "which means that at least 5 colors must have at least 1 rook."

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.
.
don't match each other (@_@;)

crimson sedge
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right

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but that is literally what 4*8+1 means tho

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@fallen heath

jaunty mural
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5 colors must have at least one rook is true

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However there is an alternate conclusion you can draw from php

fallen heath
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shuri hereeeee

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da heck @crimson sedge

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what do you want to show ?

crimson sedge
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?

fallen heath
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what's the motive of doing all the coloring?

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why did you color to start with?

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what was your claim?

crimson sedge
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to show that one color contains at leasy 5 rooks

fallen heath
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correct

crimson sedge
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but does 4*8+1 show that?

jaunty mural
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can u see how php allows you to draw either conclusion?

fallen heath
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how much capacity does each color have?

jaunty mural
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think about it

crimson sedge
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4*8 is 4 colors

jaunty mural
fallen heath
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yes.

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thinkies right

jaunty mural
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thats the alternative we need

fallen heath
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how many colors are there.

crimson sedge
jaunty mural
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you can think about capacity or the number of the sets

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so if there are 8 sets

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start filling them up with 33 rooks

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what must happen

fallen heath
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so there are 8 colors

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and at max only 8 rooks can be colored with same color

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urrrrrrrr confusion

crimson sedge
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?

jaunty mural
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ansh is confuse

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@crimson sedge hi

crimson sedge
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crabbo too

fallen heath
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massive confusion

jaunty mural
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i have 8 baskets

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i will now put 33 eggs in them

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we want to conclude using php that at least 1 basket has 5 eggs

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convince yourself this must always happen

crimson sedge
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you put 4 in each

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but you have 1 left over

fallen heath
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this yeah that's the approach

jaunty mural
#

exactly

crimson sedge
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so one must have 5

fallen heath
#

πŸ€¦β€β™‚οΈ

jaunty mural
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that is php in a different way

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so you can php on capacity or number of sets

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we need num sets here

fallen heath
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smh... the capacity/sets thing is confusing T_T

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Just fill them up with equal numbers and show there's enough remaining for the PHP

crimson sedge
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okj im done

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thankkkks

fallen heath
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:O

crimson sedge
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biiiii

jaunty mural
#

@crimson sedge to follow up
What I initially suggested yesterday for the holes didn't work because of the counter examples. Wrong sets were suggested.

What would have been a much better approach for when u were stuck was to test the smaller examples.

3 rooks -> 2x2 chess board
9 rooks -> 4x4 chess board

This is how I thought about the diagonal argument. As always this is a good technique.

crimson sedge
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yeah

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this was a good technique

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im gonna close this

jaunty mural
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i mean the smaller cases technique

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πŸ‘‹

crimson sedge
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both

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were good

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.close

cedar kilnBOT
#
Channel closed

Closed by @little wave

Use .reopen if this was a mistake.

fallen heath
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:O

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nozoomi me curious about what the Z(mod 8) was about

jaunty mural
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you are taking that board

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that is integer lattice

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Z^2

fallen heath
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mhmm

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(1,1) to (8,8)

jaunty mural
#

and mod 8 on each coord

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00 to 77

cedar kilnBOT
#
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fallen heath
#

claim!

cedar kilnBOT
jaunty mural
#

then the equivalence relation is what i said earlier

fallen heath
#

There are 33 rooks on a regular (8 Γ— 8) chessboard. Show that you can find 5 among them such that any pair among them does not attack each other.

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equivalence relation? (@_@;)

jaunty mural
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(a, b) ~ (a + k, b + k) forall a b k

fallen heath
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also, 00 to 77?

jaunty mural
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consider this relation

fallen heath
#

that'd also include 19 and stuff..

jaunty mural
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mod 8

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(Z/8Z)^2

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u have seen this or not

fallen heath
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that's just (1,1) to (8,8) no?

jaunty mural
#

thats what i am describing fornally

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00 to 77

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including 07 and 70

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64 squares

fallen heath
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oh okie

jaunty mural
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(a, b) ~ (a + k, b + k) forall a b k

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then verify this is an equivalence r

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and what the classes are

fallen heath
#

so equivalence relation as in...

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what are relations anyways 0,0 mappings? but different from functions?

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ohh then you show that the equivalence classes are 00, 01, 02, 03, 04, 05, 06, 07

jaunty mural
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sorry

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So firstly a relation is a ...

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set of ordered pairs from a given set

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So technically functions are types of relations (but thats not relevant here)

crimson sedge
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we are still talking about the question lol

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is this a different technique?

jaunty mural
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I am talking about something more general

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but using your Q as an example

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In particular about relations and equivalence relations

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They are a very very important concept in math, especially pure (but they work behind the scenes everywhere).

fallen heath
#

mhmm

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understandable and commendable how you could relate

jaunty mural
# fallen heath mhmm

well actually, if u want to put some time I thought of a good intuition for the whole idea of quotient

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Without explaining the specifics

fallen heath
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:o I'd like to know as much specifics as I can cover though... tbh

jaunty mural
#

Sure.

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But I think I wouldve appreciated this intuition like 5 yrs ago =...=

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πŸ˜‚

fallen heath
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πŸ‘€

jaunty mural
#

only recently it appeared because of quotient keeping coming up

fallen heath
#

you'd already read on Group Theory 5 yrs ago?

jaunty mural
#

We did very basics in high school but I did

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start on it

fallen heath
#

wow 😱 nice

jaunty mural
#

The first time I encounctered quotient groups was maybe 5 yrs ago

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And it doesnt make sense if u dont know wtf its meant to be

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Anyways.... so back to relation --- do you get the concept

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Any set of ordered pairs from the given set is a relation

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$$\sim, :={(a, b) : a, b\in S}$$

wraith daggerBOT
#

Shuri2060

jaunty mural
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So ~ represents a set of ordered pairs, this is the usual initial definition given

fallen heath
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Yep

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Got it

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and then there's symmetric, transitive and stuff

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and the three combined is equivalent

jaunty mural
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That is a definition on top of that

fallen heath
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and the equivalent relations have partitions, called equivalence classes

jaunty mural
#

right

fallen heath
#

mhmm

jaunty mural
#

DId you get all of this?

fallen heath
#

(@_@;) none

jaunty mural
#

like why it makes sense

fallen heath
#

πŸšΆβ€β™‚οΈsad

jaunty mural
#

An alternative way of defining a relation

fallen heath
#

no waittttttt

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I wanna read on sets for a bit before starting with relations

jaunty mural
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$$a\sim b \iff (some condition)$$

wraith daggerBOT
#

Shuri2060

fallen heath
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and, I have an Algebra test tmrw

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;-;

jaunty mural
#

you dont need to know that much about sets

violet rapids
#

Algebra 1

fallen heath
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yeah almost everytime I was introduced to relations, it was only after a brief meeting with sets

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sad but I really wanna know both better[ coz like, I feel like it'd be so nice knowing those ]

jaunty mural
#

What you did earlier to this board is form an equivalence relation

fallen heath
#

noticed after you shared your soln.

jaunty mural
#

All the squares of the same color are related to each other.

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Its an equivalence relation <-> the sets partition the chess board

fallen heath
#

all the colors are (a, b) ~ (a + k, b + k)

jaunty mural
#

Right exactly

fallen heath
#

hence, the equivalence classes

jaunty mural
#

Now understanding what equivalence relations are, is v. important to the idea of quotients

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For me the best way to describe a relation is that it glues stuff together

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All the black squares are glued together, and are considered '1 unit', etc..

fallen heath
#

yeah we were given a brief lecture on equivalence and partitions, during that time

jaunty mural
# jaunty mural

Right so if we quotient the chess board with the given equivalence relation

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Can you see what we end up with?

fallen heath
#

"quotient" ?

jaunty mural
#

or is that a bit of a leap πŸ‘€

fallen heath
#

how?

jaunty mural
#

haha i will explain first then

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To divide 12/4

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You can draw a 3x4 grid of dots

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Form an equivalence relation on groups of 4 (thats the circles wrapping around them)

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Then quotienting 12 by 4 means you treat each of the equivlance classes as a single point

jaunty mural
#
  1. Glue elements together
  2. Treat the glued elements as 'one' element
fallen heath
#

hmmm

jaunty mural
#

We have the 3 classes right?

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I define my equivalence relation to be what the loops are doing

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Everything within (1) is related to each other, and same for (2), (3)

fallen heath
#

oh okay okay

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got it

jaunty mural
#

So to 'quotient' 12 by 4, we do this process and end with 3 --- what you would show to a kid (without the complicated words).

fallen heath
#

1,2,3,4 | 5,6,7,8 | 9,10,11,12

jaunty mural
#

I just wanted to use this example to get across all mathematical quotients are the same concept

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even normal division

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On that grid, you form an equivalence relation saying a ~ b if they are in the same column

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===
So the exact same idea is used for quotient groups, quotient rings, quotient topologies..... probably quotient anything

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Except what makes these quotients special is the resulting thing still needs to be a group/ring/topology (you want to preserve some structure from your original thing)

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That's why we have to form all those extra rules and stuff about normal subgroups, ideals, etc.

fallen heath
#

:c I think I'll have to go through these topics once before I can understand what you mean

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it's getting too overwhelming blobsweat

jaunty mural
#

πŸ‘Œ

fallen heath
#

btw, I'll read a bit on rings and stuff today plus constructible numbers n all, are you free?

jaunty mural
#

for a few hrs from now I am

fallen heath
#

ah, hmm. okie

#

ty

jaunty mural
#

Did they teach you Cayley Graph for groups?

jaunty mural
fallen heath
jaunty mural
#

dw. I don't think I was ever taught it (probably just briefly mentioned)

fallen heath
#

mhmm

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Imma go read now

#

.close

cedar kilnBOT
#
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cedar kilnBOT
#
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sweet plaza
#

Hello there, I'm trying to do a 3D curve interpolation, so far I figured out how to do Bezier-like curve (blue curve on the image), but what I actually want is a curve that goes through center point (green curve on the image). Then I need to expand it into a chain, so what I actually want to create is a function/equation that can get 3D coords of any point on curve for specific time/progress T anywhere between any set of points (let's say 15), which are known X,Y,Z (red dots on image). Any help is welcome.

sweet plaza
#

I'm aware, that I haven't described it really well, so feel free to ask.

chilly warren
#

A question, do you need the third curve to be the extreme point?

sweet plaza
#

I'm not really sure what that means to be honest. But I'll try to explain further.

#

This is how it would look like in 2D (although I need it in 3D), red dots are known X,Y,Z coordinates; green curve (or rather a path) is something the orange dot will travel on, so for any specific time I can get coordinates on the path.. orange dot coords are unknown, that is the output

chilly warren
#

Well, let's look at how bezier curve is defined.

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$B[t] =L[t;L[t;P_0;P_1];L[t;P_1;P_2]]

sweet plaza
#

With some crazily placed 3D points it would look like this:

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which is not a Bezier curve, Bezier is something I was able to do, but I was wrong, since it is not what I wanted.. therefore I'm trying to explain it with images

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Bezier wouldn't go through P1 and P2

sweet plaza
chilly warren
#

cubic bezier curve

sweet plaza
#

Is it still bezier, even if it goes through all of the points?

chilly warren
#

Well, because you wanted it to be bezier, right?

#

It's just that the point it's crossing through won't be the control point

sweet plaza
#

because if I understand Bezier correctly, it has start point, end point and control points and the curve doesn't go through control points.. what I want is a path that curves and goes through all the specified points.. I'm not sure if I can use Bezier for that (probably not)

#

what I need is essentially a graph interpolation, but in 3D, something like this, where the path goes through all of the points:

chilly warren
#

It's like asking to find a polynomial interpolation given the point to cross.

#

Because you asked for polynomial function, it will be polynomial, even you don't define it from $ax^n + b x^{n-1}+ ...$

wraith daggerBOT
sweet plaza
#

This might be good representation of what I want to accomplish.. I'm sorry for not being able to put it into right words and just pasting images..

chilly warren
#

Anyway, I found this link that you might find it useful

sweet plaza
#

I'll take a look, thanks

chilly warren
#

Basically, you make a cubic bezier curve for every two points and then you solve for the control points so the curve will look smooth

sweet plaza
#

anyway what I need in the end is something like this, where I can use T as input (with set of grey points) and get red point X,Y,Z (which are unknown)

#

I don't really mind which interpolation or curve is used (doesn't have to be Bezier), as long as the path is smooth and I can get the unknown point coordinates on the path between known points

#

okay, I figured it out using the Catmull-Rom Spline, thanks anyways

#

.close

cedar kilnBOT
#
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#
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bronze cave
#

i need help on this question

cedar kilnBOT
bronze cave
sand ether
#

How to find slope

cedar kilnBOT
#

@bronze cave Has your question been resolved?

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cedar kilnBOT
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quiet summit
cedar kilnBOT
quiet summit
#

Having trouble understanding how to negate (c)

#

I have tried letting a,b be reals such that a < b and r be a rational number such that a < r < b.

cedar kilnBOT
#

@quiet summit Has your question been resolved?

quiet summit
#

<@&286206848099549185>

quiet summit
#

.close

cedar kilnBOT
#
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meager shuttle
#

Hey, I fail to see how the equation was simplified between these two blocks. Should be fairly easy I hope

chilly warren
#

What is $\delta$?

wraith daggerBOT
meager shuttle
dire geode
#

set $\alpha = \omega_1 - \omega_2$ and $\beta = \omega_1 + \omega_2$, re-write your initial $F_l$ and see if you can simplify

wraith daggerBOT
#

riemann

meager shuttle
dire geode
#

there are terms in the first set of brackets that cancel the second set of brackets

dire geode
# wraith dagger **riemann**

do this and if you're still stuck, write $g_{\pm\alpha}= \delta(\omega \pm \alpha)$ and $h_{\pm \beta} = \delta(\omega \pm \beta)$

wraith daggerBOT
#

riemann

meager shuttle
#

I appreciate the help! Thanks

#

For some reason I limited myself to inside the brackets

#

.close

cedar kilnBOT
#
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#
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crisp trail
#

how do i find the p in y=1/5x^2?

cedar kilnBOT
dire geode
#

what's p?

crisp trail
#

x^2=4py

#

the p

#

i’m trying to find the directrix

dire geode
#

$y = \frac{1}{4p} x^2$

wraith daggerBOT
#

riemann

dire geode
#

do you see how i got ^?

crisp trail
#

umm

#

no

dire geode
wraith daggerBOT
#

riemann

crisp trail
#

noo omg

#

i’m trying to find

#

the p

#

in

#

y=1/5x^2

dire geode
#

right

crisp trail
#

and directrix formula is y=4pm

#

*py

#

x=4py**

#

my bad

#

i know that if x wasn’t squared it would be

dire geode
crisp trail
#

1/5=4p

crisp trail
#

that’s if the square isn’t there

#

but it is there

dire geode
#

this is your equation right?
$y = \frac{1}{5} x^2$

wraith daggerBOT
#

riemann

crisp trail
#

yes

dire geode
crisp trail
#

how would i make it correct

#

what r the steps

dire geode
crisp trail
#

sure

dire geode
crisp trail
#

that’s a variation of x=4py correct?

dire geode
crisp trail
#

i read it

#

it’s almost the same as my current notes

dire geode
crisp trail
#

so 1/5x^2=1/4p x^2?

dire geode
#

yup

#

rest is algebra, but do it slowly

crisp trail
#

gotchu

#

lemme try to solve

#

is it 5/4

dire geode
#

looks right

#

πŸ‘πŸ»

crisp trail
#

thank you

#

.close

cedar kilnBOT
#
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hallow solar
#

wait wrong picture

#

I found the answer

obsidian coral
#

What answer did you get?

hallow solar
#

10

#

10.625

obsidian coral
#

Which one?

hallow solar
#

wdym

obsidian coral
#

10 or 10.625?

hallow solar
#

10 boxes but 10.625 is the exact

hallow solar
obsidian coral
#

It's neither

cold shard
#

it’s 11. round it up

obsidian coral
hallow solar
#

but 11 or 10 isnt the answer

cold shard
obsidian coral
#

What answer does your teacher want?

hallow solar
#

I have to make a equality of it I don't know how

hallow solar
#

Why would she tell us the answer lol

obsidian coral
#

Do you know what inequality sign, at least, means?

hallow solar
#

yes.

obsidian coral
#

What sign is it?

hallow solar
#

=

obsidian coral
#

So your teacher just wants an equation with that problem

hallow solar
#

I think so

#

so uhm

#

So I think B should be Boxes

#

then 10 would be B > 10

#

.close

cedar kilnBOT
#
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gentle spire
#

I was wondering how you could solve this with algebra, if it’s possible. I spent about an hour working on it before I broke and used a graphing calculator to see if there was a solution.

toxic owl
#

$\log{ab} = \log{a} + \log{b} \newline$
$\log{a/b} = \log{a} - \log{b} \newline$
$\log{a^b} = b\log{a}$

wraith daggerBOT
#

[TEB] darthlothins

gentle spire
#

I’ve been using those, I just don’t know how to find the solutions for a and b. I isolated b on one side and substituted that to the other equation and that didn’t work

toxic owl
#

You can try to simplify in both equations in terms of $\log_2{a}$ and $\log_2{b}$. Then, let $\log_2{a} = x$ and $\log_2{b} = y$. Try solving for x and y after that

wraith daggerBOT
#

[TEB] darthlothins

gentle spire
#

Alright, thanks! I’ll try that out!

#

.close

cedar kilnBOT
#
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placid ginkgo
#

hello

cedar kilnBOT
placid ginkgo
#

I just need help with this

#

Not sure if my answers are correct

dire geode
placid ginkgo
#

<@&286206848099549185>

frozen forge
placid ginkgo
frozen forge
#

if we open your final answer, we get 28x^4 + 236x^3 + 280x^2

#

unless i'm missing something, that doesn't seem to be correct?

placid ginkgo
frozen forge
#

ah sorry

#

misread 2 as 7

placid ginkgo
#

yea

frozen forge
#

seems to be right, although dont take my word for it

placid ginkgo
#

alr ty

#

just waiting for any helper that can help me out

cedar kilnBOT
#

@placid ginkgo Has your question been resolved?

placid ginkgo
#

<@&286206848099549185>

cedar kilnBOT
#

@placid ginkgo Has your question been resolved?

placid ginkgo
#

Can someone help please

digital raptor
#

For #1, either the 10^2 or the 1^2 is wrong, i dont know which off the top of my head. #2 and #3 are good, and for #4, the answer would be the second line down, since it asks for the equation in point-slope form, not slope intercept form.

digital raptor
#

$y-2=\frac{1}{3}(x-3)$ is the final answer

wraith daggerBOT
#

opfromthestart

silent bobcat
#

For the first, since you have a "major vertical axis of length 10", it should concern the y axis, which is for y

#

You've put it for the x

#

Just write the general version of the cartesian equation of any ellipse

#

By precising the definition of each letters

#

From there, you can try to replace the information you've got, so that you're sure that your equation is the right one

#

Also when they talk about the "major vertical axis" and "minor axis"

#

I suppose they say "vertical axis" for one so that we know the other one is the horizontal one, since these are the only parameters for your ellipse

placid ginkgo
placid ginkgo
silent bobcat
#

Not exactly

#

Maybe I should tell you that on vc, it would be more practical

#

@placid ginkgo Like in 384kbps

#

I'll stream a whiteboard so I draw stuff

placid ginkgo
#

@silent bobcat im lagging or something

#

lemme restart discord

placid ginkgo
#

since the y point is -2

digital raptor
#

it is y--2, which is the same as y+2

#

$y-y_1=m(x-x_1)$

wraith daggerBOT
#

opfromthestart

placid ginkgo
#

@silent bobcat i think x comes first

#

so (x-2)^2/25 + (y+1)^2 = 1

#

can u repeat what u said again please

#

yea

#

wait so for 1 why isnt it (x-2)^2/25 + (y+1)^2 = 1

#

a is vertical

placid ginkgo
#

yea I was given this equation

#

yea can u please just look it over

#

isnt a > b

#

yea I can see

#

can u go back to the other screen

#

to see the answer again

#

i just wanna look over it again

#

so I was given this

#

so u are correct

#

yea

#

so a would be 5 right

#

then sqaure that

#

and get 25

#

so this looks better right

#

ok thank you so much

#

can you maybe check the other questions

silent bobcat
#

The other questions are good

#

🀌

placid ginkgo
#

ok ty

#

.close

cedar kilnBOT
#
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forest dust
#
How many 14-bit strings (that is, bit strings of length 14) are there which:
Start with the sub-string 011?
2048
Have weight 5 (i.e., contain exactly 5 1’s) and start with the sub-string 011?
165
Either start with 011 or end with 01 (or both)?
5632
Have weight 5 and either start with 011 or end with 01 (or both)?
?
``` I am now having a problem with part D. My first attempt was  C(12,2) + C(11,2)-C(9,2) which ends up being 66+55-26=85 which is still wrong but i dont know why
fallen heath
forest dust
fallen heath
#

... hear yourself..

#

starts with 011, and 11 spaces left

#

where does the 12 come from?

#

and weight 5 means there's still 3 "1"s to adjust

forest dust
#

oh my gosh that was my mistake its only choose 2 for when its both

fallen heath
#

._.

#

not just that, I'm surprised why it's 12 choose as well

forest dust
#

12 choose is for ending with 01

fallen heath
#

at least for the starting with 011 scenario

forest dust
#

not start

#

i just put the order backwords

fallen heath
#

hmm. okie, correct your answer and lemme know

forest dust
fallen heath
#

(@_@;) I'm still curious if you got the right one

#

Can you share what you got for the final ans?

forest dust
#

yeah my answer was correct, final answer was C(12,4)+C(11,3)-C(9,2)

forest dust
fallen heath
#

,calc (11)(5)(3) + (11)(5)(9) - 36

wraith daggerBOT
#

Result:

624
fallen heath
#

okie (γƒ˜ο½₯_ο½₯)γƒ˜β”³β”β”³

forest dust
fallen heath
#

just a little mental math lol, ignore

forest dust
#

ok haha

#

well thank you for the help

#

This discrete math is kicking my ass, the computations arent even hard its just remember what to do and visualizing it is my problem

#

.close

cedar kilnBOT
#
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rocky rivet
#

I'm having some trouble with this problem. I can't find a way to get delta x out of the denominator.

cedar kilnBOT
#

@rocky rivet Has your question been resolved?

cedar kilnBOT
#

@rocky rivet Has your question been resolved?

violet rapids
rocky rivet
#

.close

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#
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fleet relic
#

1.) Give two points of the line y = 2x – 4 where x coordinates are from -4 to +4 only

fleet relic
#

i need now!.

glad kestrel
#

what

fleet relic
#

i need answer.

tropic oxide
#

we don't give out answers here.

fleet relic
#

i mean

#

solution.

calm sierra
#

@fleet relic we dont give full solutions here

#

pls show ur own efforts to solve, then we can help u work toward a solution

fleet relic
#

ok its help meπŸ˜‘

cedar kilnBOT
#

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carmine shuttle
#

Hello! I am researching yoghurt, and i need to standardize the protein content of the final product. Would anyone be able to help me? The initial protein concentration of the milk is 3,41%, and the protein concentration of skim milk powder is 35,11%. What i need to reach is a protein concentration of 4,1%. I have concluded that i need 650g of skim milk power, but i fear i may be wrong

cedar kilnBOT
#

@carmine shuttle Has your question been resolved?

carmine shuttle
#

I am able to show an excel sheet of my calculations if it is of help

cedar kilnBOT
#

@carmine shuttle Has your question been resolved?

cedar kilnBOT
#

@carmine shuttle Has your question been resolved?

upper abyss
#

650g of skim milk powder in how much milk?

cedar kilnBOT
#

@carmine shuttle Has your question been resolved?

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#
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β€’ Show your work, and if possible, explain where you are stuck.
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β€’ Type the command .close to free the channel when you're done.
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hidden merlin
#

Hi

cedar kilnBOT
#

Please don't occupy multiple help channels.

hidden merlin
#

Can someone help me solve 102x103

#

Using like an identity

#

I tried like (103-3) (100+2)

(100+3) (100+2) what should I do now?

#

I’m puzzled

ripe hamlet
#

100^2 + 500 + 6

green jungle
#

which ones do u need help with

hidden merlin
#

16th one

#

102x103

hidden merlin
#

500+6?

green jungle
#

use a+b times a-b

#

hint^^

hidden merlin
#

Yes

#

(A-b)^2 (a+b)^2

#

Right?

green jungle
#

no

hidden merlin
#

Then?

#

Ohhh

#

Wait

#

(A+b) (a-b) a^2-b^2

#

This ind

#

One

#

?

green jungle
hidden merlin
#

But

#

I know we should use that

#

I’m puzzled in where like what numbers should I take

hidden merlin
#

And over here b is differenct

hidden merlin
#

Different

#

Yes

#

(105-2) (105-3)

#

Idk bro I’m puzzled

#

πŸ€”

green jungle
hidden merlin
#

Yes

#

But

#

Shouldn’t there be a

#
  • and -?
green jungle
#

oh wait

hidden merlin
#

Yeee

#

Das whaaa

#

That’s where I’m confused

hidden merlin
obsidian coral
#

Apply distribution

#

Wait

green jungle
#

they've asked him to do an algaebric identity

ripe hamlet
hidden merlin
#

Yes

#

Can u say me

#

Pls

#

All I know is 4 identity

obsidian coral
hidden merlin
#

No

#

They didn’t

ripe hamlet
hidden merlin
#

I need to find out and do

#

Which property

#

Udnetitb

obsidian coral
hidden merlin
#

Identity

green jungle
hidden merlin
#

Yeah which one?

obsidian coral
#

Distribution identity?

hidden merlin
#

No

#

That’s not an

ripe hamlet
hidden merlin
#

Algebraic identity

hidden merlin
#

But isn’t it

#

X+a and x+b

#

And not

#

X+a and x-b?

#

Ohhhh nvmmm

#

I’ll make it

#

100+3 and 100+2

#

Understood thx

green jungle
hidden merlin
#

Yes

#

This is the 4th one only

#

1st is a+b whole square 2nd is a-b whole square 3rd (a+b) (a-b)

#

I didn’t think of this one

#

Oh wait

#

Tanjiha

#

(Xyz-4) (xyz-2)

#

What identity

#

Pls say

obsidian coral
#

Don't beg

green jungle
hidden merlin
#

But

#

That one says

#

Not -

green jungle
#

yeah ik just flip the signs

hidden merlin
green jungle
obsidian coral
#

"pls say" makes it seem like you are begging

green jungle
obsidian coral
#

That's not being polite

green jungle
#

alright

hidden merlin
hidden merlin
green jungle
#

yeah yeah

obsidian coral
#

There's a difference between properly asking "what identity did you use" vs "pls say"

green jungle
#

take a-b whole square for instance

#

a^2-2ab+b^2

hidden merlin
#

So

green jungle
#

look a the term in the middle

#

-2ab

#

they just flipped the signs

hidden merlin
#

(X-a) (x-b)

green jungle
#

a+b whole square

hidden merlin
#

X^2 -(a-b) x ab?

hidden merlin
obsidian coral
#

Okay, and?

#

Just saying

green jungle
#

dude drop it man we get it he was begging you win

hidden merlin
#

Yes yes

#

I was fully begging him bro

#

Ligit fulllllllyyy

#

Goodguyneo what does the property become?

hidden merlin
#

This?

green jungle
#

xyz whole square -6x + 8

#

that should be it i think

#

@hidden merlin

cedar kilnBOT
#

@hidden merlin Has your question been resolved?

hidden merlin
#

Bro wait

#

One min

#

Hello?

#

U der

#

No tell me what identity

#

Can u solve the identity

#

(X-@) (x-b)?

cedar kilnBOT
#
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hidden merlin
#

Omleave

#

Ok leave

#

.close

#

Nvm

#

It already closed

cedar kilnBOT
#
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oblique turret
#

Suppose that you borrow $36000 from a bank, to be repaid in 12 monthly instalments, and the APR is 51%. Then find the monthly flat rate,

violet rapids
#

What equation

#

Would you use for this problem

oblique turret
#

That is the problem, I don't know

#

What I know is

#

If I were using the monthly flat rate, I would have to be paying back 36000/12 + 36000x Flat Rate % per month

#

Let Flat Rate be x

#

So the total payment would be (3000+36000x)*12

#

Which should be equal to the rate using APR

cedar kilnBOT
#

@oblique turret Has your question been resolved?

#
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reef hearth
cedar kilnBOT
reef hearth
#

Is my solution correct , pls ping thanks

rough pebble
#

Yes it is correct

reef hearth
#

Thanks

#

.close

cedar kilnBOT
#
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#
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safe sparrow
#

is it possible to solve this any further?

turbid lynx
#

Well yes

#

Depends

#

What is the question

safe sparrow
#

i need to find if x is higher or lower then 0

turbid lynx
#

Well how do you know if you can solve it further

safe sparrow
#

well i dont know if i can solve further

turbid lynx
#

Ever heard of discriminants

safe sparrow
#

no

turbid lynx
#

Wait

obsidian coral
#

You mean discriminate?

turbid lynx
#

Yes that

safe sparrow
#

this above was the original problem i just cleaned it up a bit

obsidian coral
#

Is that 5x + 4?

#

Or a 9?

safe sparrow
#

5x+4

obsidian coral
#

Then that next line, 13x?

safe sparrow
#

yes

obsidian coral
#

You mental math that wrong, I think

safe sparrow
#

hmm, i guess

#

maybe the anwser is just x=R

#

yea i think thats it, i dont think you can find if just x is higher then 0,

#

.close

cedar kilnBOT
#
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cedar kilnBOT
#
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inner quest
#

Can someone help me with graph problems. When it comes to Chain rule with graph I loss my mind

steady imp
#

wow yeah I dont even want to think about this problem

inner quest
#

Haha I'm not good with graphs

violet rapids
#

Is $(q \circ p)(x) = q(p(x))$

wraith daggerBOT
violet rapids
#

Yes it is

#

Chain rule time

inner quest
#

Yep

ocean wadi
#

so it's r'(3)=q'(p(3))*p'(3)

violet rapids
#

πŸ‘

inner quest
#

I don't like math

cedar kilnBOT
#

@inner quest Has your question been resolved?

#
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#
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crimson sedge
#

i need a hint

Peter stands at the vertex A of a square ABCD. He can make one step at a time either clockwise or counter-clockwise (the length of the step equals the side-length of the square). In how many ways he can make 8 steps and land at the same vertex A?

digital raptor
#

Count how many go around no time, one time, two times.

#

That should make it a bit easier to count

crimson sedge
#

@digital raptor did you just become a helper?

digital raptor
#

Yep

crimson sedge
#

πŸ‘

crimson sedge
#

0: inf
1: 0
2: 4
3: 0
4: 4
5: 0
6: idk
7: 0
8: idk

digital raptor
#

Not quite, by "go around", i mean that if it went clockwise 6 times and counterclockwise 2 times, it would go around the square once

crimson sedge
#

ok right

#

but, how can i count all the ways

#

this doesnt really make it easier

digital raptor
#

So, you have 8 different chances to turn. If to go around one time, 6 need to be clockwise, how many ways are there to choose which 6 they are?

#

Have you learned combinations and permutations?

crimson sedge
digital raptor
#

So you need to start and end on the same corner of the square. If you go 4 times clockwise, you end up on the same corner, same with 4 counterclockwise. Also, if you go clockwise and then counterclockwise, you also stay on the same square.

crimson sedge
#

hm yes

#

what does this mean

If to go around one time, 6 need to be clockwise,

digital raptor
#

If you have 6 clockwise and 2 counterclockwise, you go around the square 1.5 times, then go back .5 times, which add up to 1 full time around

#

I draw pictue

#

So, if you go 6 steps clockwise, and then 2 steps counterclockwise, you end up at A.

#

But the 6 clockwise dont need to come first, they could be any of the 8 moves needed. You should use combinations to figure out how many ways there are

crimson sedge
#

well

#

i need to know two things

#

what is the total number of objects in the set

#

what is the set we are working with??

digital raptor
#

The set is similar to ${0,1}^8$, where 0 represents a clockwise turn and 1 represents a counterclockwise turn

wraith daggerBOT
#

opfromthestart

crimson sedge
#

what does {0, 1}^8 mean?

digital raptor
#

Do you know what the cartesian product of two sets is?

crimson sedge
#

no

#

i never learned that

digital raptor
#

If you are supposed to do this using sets, you probably need to know.

#

Basically, if you have a set A with some elements and a set B with some elements, AxB is a set of all pairs of elements.

#

So {a,b}x{c,d}={(a,c),(a,d),(b,c),(b,d)}

#

And a power is just the cartesian product with itself that many times

#

but you dont need to know what set its using to get the number of solutions, necessarily

crimson sedge
#

im just trying to use combination

digital raptor
#

So how many different times can you make a decision?

crimson sedge
#

8

digital raptor
#

And how many choices do you have for each decision?

crimson sedge
#

2

digital raptor
#

So how do you get the number of choices for all of the decisions?

crimson sedge
#

$\frac{8!}{2!(8-2)!}$

wraith daggerBOT
#

kaniii

digital raptor
#

That would be the number of them that went around once. The total number of choices that there are would be $2^8$

wraith daggerBOT
#

opfromthestart

crimson sedge
#

ah yes

#

i answered the wrong question

digital raptor
#

Because that is $8\choose 2$, which is the same as saying how many times can i have two clockwise turns.

wraith daggerBOT
#

opfromthestart

digital raptor
#

So what other combinations do you need to have?

crimson sedge
#

why does combination work here?

digital raptor
#

Since if you go 6 clockwise and then 2 counterclockwise, you go a total of 4 clockwise, which is one cycle around the square

crimson sedge
crimson sedge
#

i dont really understand?

digital raptor
#

Well, this is only counting when you go one time around clockwise. you need to count for all the numbers of times you can go around in either direction, including 0 times

crimson sedge
#

??

#

isnt this counting for 8 times ?

#

@digital raptor

digital raptor
#

No, it is only counting for the case where it goes around clockwise once. Do you know how many ways there are to go around the square twice?

#

So if $8\choose 2$ is the number of combinations where it goes counterclockwise twice, what other combinations do you need to add to have all possible combinations?

wraith daggerBOT
#

opfromthestart

crimson sedge
#

im really confused about everything now

digital raptor
#

So, to go around the square no times, how many of each turn do you need to have?

crimson sedge
#

0

#

right?

digital raptor
#

Well, you need to have 8 in total, but the difference between the two should be zero.

crimson sedge
#

??

digital raptor
#

It says that you need to make 8 steps, and you want to go around in total 0 times, so the number of times you go clockwise needs to be the same number of times you go around counterclockwise

crimson sedge
#

i got to continue this tommorow since im int a class

#

sorry

#

.close

cedar kilnBOT
#
Channel closed

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#
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lilac plaza
cedar kilnBOT
lilac plaza
#

im confused what conditions it's asking for

modern compass
#

All of them?

#

Oh. Wait. It just wants you to prove wether or not this is a parallelogram and justify your decision with properties/conditions

lilac plaza
#

our teacher only showed us like

  • both pairs of opposite sided are parallel
    -both pairs of opposite sides are congruent

etc

#

are those the conditions it's asking for?

gaunt hamlet
#

Those are the conditions given. For the first question, you are told those two angles are the same. You're also told about a few other angles. You have to determine if the shape is a parallelogram given that information

lilac plaza
#

alr alr thanks!!

#

.close

cedar kilnBOT
#
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β€’ Type the command .close to free the channel when you're done.
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sullen cobalt
#

is it possible to concatenate a dfa with a dfa with no accept states

sullen cobalt
#

is it possible to concatenate these two dfa's

cedar kilnBOT
#

@sullen cobalt Has your question been resolved?

sullen cobalt
#

<@&286206848099549185>

dire geode
#

What's a dfa

sullen cobalt
cedar kilnBOT
#

@sullen cobalt Has your question been resolved?

cedar kilnBOT
#

@sullen cobalt Has your question been resolved?

cedar kilnBOT
#
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#
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crimson sedge
cedar kilnBOT
flint plinth
# crimson sedge

Presumably you know that derivatives are involved here. Any thoughts on how to proceed?

crimson sedge
#

however

#

i finished that and do not know how to convert it to y=mx+b

flint plinth
glad kestrel
#

i'm assuming you had to take the limit of that..?

crimson sedge
glad kestrel
#

well you haven't completed the limit

crimson sedge
#

but how would turn this into y= mx+b

#

?

#

you mean putting 0 in

glad kestrel
#

yeah

crimson sedge
#

that would cause it to become undefined

#

?

glad kestrel
#

so keep manipulating until you can evaluate the limit

crimson sedge
#

ok i will try

#

i cannot manipulate further

#

.CLOSE

#

.close

cedar kilnBOT
#
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β€’ Ask your math question in a clear, concise manner.
β€’ Show your work, and if possible, explain where you are stuck.
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β€’ Type the command .close to free the channel when you're done.
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light fern
cedar kilnBOT
light fern
#

Did I do 12 correctly?

hollow osprey
#

no

#

oh wait u said that hold on

#

yeah it would be C