#help-13

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granite eagle
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.close

cedar kilnBOT
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worldly iron
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Where I did wrong?

cedar kilnBOT
worldly iron
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Can anyone help me?

granite eagle
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think abt what u did on case 1 once again

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i just saw that

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maybe something wrong before that too

still gust
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need help

worldly iron
granite eagle
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so look at the point u do +/- for the first time

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i think u should seperate the cases there

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bring sin^4 x to the lhs in both cases

worldly iron
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@granite eagle I did that

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still not helps

granite eagle
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well ur stuff isnt wrong either

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tho ur cocclusion in case one 1 rubbish it

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case one give udefined answer so discard it

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cosx=0 gives ur solutions

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whatever they maybe

worldly iron
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I checked the calculator

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the difference in LHS and RHS is nonzero

granite eagle
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at which step exactly?

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the last one?

worldly iron
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I plugged the x=pi/2 value into the equation at first to check if it's the solution

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<@&286206848099549185> help

granite eagle
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no bounds?

worldly iron
granite eagle
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range of x

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also i dont really see a mistake, if u r very stuck u can just plug that value into every epression from the bottom before the cases split; u'll find where u went off

worldly iron
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@granite eagle holy sex dude!!!!

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I fucking forgot 1 thing!

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still not helping

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dammit!!

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<@&286206848099549185> help!!

cedar kilnBOT
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@worldly iron Has your question been resolved?

cedar kilnBOT
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tough gazelle
cedar kilnBOT
tough gazelle
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.rotate

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Someone help

mental trail
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,rwcr

tough gazelle
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Pardon?

mental trail
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,rw

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Trying to rotate

tough gazelle
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Ok

random shale
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,rotate

wraith daggerBOT
mental trail
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Bruh xd

random shale
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what have you tried? @tough gazelle

tough gazelle
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I don’t know what to do

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If I find the volume of the water

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And the volume of a cube

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After I add them togetherr how do I find the level increase

mental trail
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Find the volume of water displaced

tough gazelle
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🤔

tough gazelle
mental trail
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First, what is the volume introduced in the water ?

tough gazelle
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80

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M squared

mental trail
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Volume

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Not area

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Also how did you get 80 ?

tough gazelle
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4 x 5 x 6

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The dimensions of the water

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In the cistern

mental trail
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Yes

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ButI was asking about the volume added to the water

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What is the volume of the cube added to the water ?

tough gazelle
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89

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Sorry my mom called

dim obsidian
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please noir

random shale
tough gazelle
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Go to another channel

tough gazelle
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?

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Ok so this is what I tried

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Since it is a rectangular prism

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Of dimensions 4 5 and unspecified height

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But the water filled up is 6

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So volume of water

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Is 80

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So then the cube

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Which is 3 3 3

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Is 27

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80 plus 27 is 107

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So then 107 in terms of the prism would bring

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L times w times x(variable) equals 107

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So 20x is 107

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107 divided by 20

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5.35

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But that’s not the answer

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,rotate

wraith daggerBOT
tough gazelle
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.close

cedar kilnBOT
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crimson sedge
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need help with c. pls

cedar kilnBOT
livid hound
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identify the horizontal lines that intersect the curve only twice

crimson sedge
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I don't understand

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it intersects 3 times

long arrow
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for example this one intersects f(x) three times

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try to find it such that it intersects the graph at only two points

crimson sedge
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does the line have to go across the whole curve

crimson sedge
long arrow
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one of them

crimson sedge
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So there are multiple answers?

long arrow
crimson sedge
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but if you put the line up it could still intersect the graph at 2 points?

long arrow
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this is what I was thinking about

crimson sedge
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Okay I understand now

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Thank you

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turbid sail
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How could i can get the ordered in lineal funtion?

turbid sail
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,close

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.close

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radiant portal
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In an office​ building, 66 offices are currently being rented. This represents ​60% of the total units. How many offices are there in the​ building?

hoary panther
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Yes

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@radiant portal

radiant portal
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yes what

queen palm
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Hello

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@radiant portal

radiant portal
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hi

queen palm
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Can you tell me the answer to this question

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What is x

hoary panther
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60% is 66

radiant portal
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i need help with mine

queen palm
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Oh

hoary panther
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/3

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20% is 22

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22 * 5 is 100%

radiant portal
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thanks

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quick raft
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I am on part C. I dont understand what A is. Is it a set of vectors? Is it the transformation?

quick raft
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I think if i do the RREF on transpose(a), I would find that one of these is dependent? Im not positive if maybe the Image would be transpose(a) and only looking at the independent ones

cedar kilnBOT
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@quick raft Has your question been resolved?

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@dire solstice Has your question been resolved?

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devout star
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f(x) = x(x-a)(x-b)
0<a<b
solve for integers, a, b and c, where f(x) is divisible by (x-c)

cedar kilnBOT
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@devout star Has your question been resolved?

cedar kilnBOT
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@devout star Has your question been resolved?

cedar kilnBOT
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@devout star Has your question been resolved?

thick cipher
devout star
devout star
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a, b, c, are all integers

thick cipher
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Oh I see

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More logical now

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You know that c is a root of P

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Thus P(c)=0

cedar kilnBOT
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@devout star Has your question been resolved?

devout star
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WAIT P(x) / (x-c), substitute c for x, and if c is a root of P then P(c)=0 and c-c=0, so you get 0/0 which is undefined

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so if c is a root of P then P(x) is not divisible by (x-c)

cedar kilnBOT
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@devout star Has your question been resolved?

worldly iron
devout star
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I'm not sure what it means by divisible

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maybe there's more than 1 set of answers

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for a, b, and c

worldly iron
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that's that

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you maybe need a relation equation for a,b and c

livid tusk
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when we say that $a$ divides $b$" or $b$ is divisible by $a$", what we mean is that

$b=a\cdot$something.

livid tusk
wraith daggerBOT
livid tusk
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but the important thing to take away from P(x) is divisible by x-c is that P(c)=0

devout star
livid tusk
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just some polynomial. it doesn't really matter what it is

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the point is that P(x)=(x-c) times something

devout star
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yea

devout star
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but p(x) / (x-c) if you plug in c, you get 0/0, undefined

livid tusk
devout star
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I'm taking pre calc, this question should be pre calc

devout star
livid tusk
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ok well the thing is that 0/0 can sometimes "have" a proper value. usually when it comes to polynomials, it's fine. so don't worry about dividing by zero until you take calculus. you don't need to do any dividing for this problem

devout star
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ok

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so does that mean a, b and , c can be anything

livid tusk
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but as an example, $x^2-1=(x-1)(x+1)$. so $x-1$ divides $x^2-1$. that's really all we're saying.

wraith daggerBOT
livid tusk
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what if i do a=b=c=0. then we just get that 13=0 which doesn't work at all

devout star
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wait but 0<a<b, a, b, c are integers

livid tusk
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just use that P(c)=0 and then you'll see that there are only a few possible integers c can be

devout star
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ok

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so
P(c) = c(c-a)(c-b) = 0

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so either c = 0 or (c-a) =0 or (c-b) = 0

livid tusk
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you lost the 13 somewhere

devout star
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oh yea

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oops

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so the function part has to equal 13 so that it cancels -13 and get 0

livid tusk
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and since a,b,c are integers, and 13 is prime, you only have so many options.

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because notice it's in the form 13=c*something. that means c divides 13.

devout star
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yea that's what I was thinking

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so it would be 1 * 1 * 13

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c cannot be 13 because then a=b and 0<a<b

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so c=1

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a=2

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b=14

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1*(-1)*(-13) = 13

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wow that's so satisfying

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I solved it

livid tusk
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i counted 12 total solutions if a,b,c can be any integers. but with the condition that 0<a<b, then there might be only one.

devout star
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thanks for the guidance

worldly iron
devout star
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how

worldly iron
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.close

worldly iron
devout star
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.close

cedar kilnBOT
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hoary charm
cedar kilnBOT
hoary charm
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how does

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become

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Also this is describing the linear transformation of rotation through an angle theta

cedar kilnBOT
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heady salmon
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How would i find these two angles?

cedar kilnBOT
heady salmon
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would i do sec-1(-2)

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nvm found out how

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.close

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high spruce
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huh

cedar kilnBOT
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@kind matrix Has your question been resolved?

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dawn moth
#

Hi!
Let's say I've a circle with a radius r and a center C (x,y) that is the centre of a square in a grid.
What are the squares in that grid that touch the border of the circle ?
Is there any algorithm to compute it ?

dawn moth
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for example :

paper cobalt
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hard question

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midpoint circle theorem could be useful but not sure

dawn laurel
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maybe you could start with some smaller circles and see if different radii have anything in common

paper cobalt
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i feel like this is a comp sci question

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but id say you redraw the circle with the that algorithm i linked

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if it matches perfectly you know how many iterations it takes to complete one quadrant and then u times by 4 to get amount of squares

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(Also lookin at the circle u linked, its not done efficiently so that theorem would skip a few)

cedar kilnBOT
#

@dawn moth Has your question been resolved?

dawn moth
#

okay thanks!

cedar kilnBOT
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light pine
#

how would u do 10^10 mod 13

cedar kilnBOT
light pine
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without doing 10^10 / 13 via long division

dire geode
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repeated squaring

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10 = -3 mod 13. 10^2 = (-3)^2 = 9 mod 13

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repeat until you get 10^8

light pine
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also for 10^8 i get 6561 mod 13 is that right?

dire geode
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no point in squaring 10^8

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you should be modding by 13 at every step

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until your remainder is in the range -12 to 0 or 0 to 12

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what's 10^2 mod 13?

light pine
dire geode
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use the same process for 10^4

light pine
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@dire geode

dire geode
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how'd you get this step?

light pine
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wait

dire geode
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just square the previous value

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100 = 9 mod 13

light pine
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eh?

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im confused

dire geode
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if a = b mod n, then a^2 = b^2 mod n

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have you learned that yet?

fair geyser
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X = 10^2 mod 13
Y = (X * X) mod 13
Z = (Y * 10) mod 13
finally (Z * Z) mod 13

light pine
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@dire geode

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is the working out correct

dire geode
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you should be reducing at every step

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apply the same logic that you used to get 9 here

dire geode
light pine
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@dire geode

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ive worked hard on this

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lol

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hows it now?

remote condor
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I love notability

light pine
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what have i done wrong here?

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<@&286206848099549185>

random shale
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You haven't done anything wrong?

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That is correct

light pine
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But anyway

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LETSSSGOOOOO

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I DIDNT GO TO THE LECTURE AND I LEARNT HOW TO DO THIS

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LETSGOOOOOOOO

random shale
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😂😂😂😂😂

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Op bro

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Best way to learn this stuff is lecture notes

light pine
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My lecture notes r filled with too much text and it’s long

#
  1. YouTube is sick. 2. Ppl on this discord help a lot
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Idk what id do without this discord icl it’s helping me learn more than I do in lectures

crimson sedge
light pine
#

Why u stalking me

crimson sedge
light pine
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As u can see

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I’m on the grind

crimson sedge
cedar kilnBOT
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hoary charm
#

need urgent help

cedar kilnBOT
hoary charm
#

this is a matrix transformation where B is the standard basis in R3

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I want to rewrite the transformation in respect to a basis {(1,0,1) , (0,1,1), (1,1,0)}

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but I got the solution

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which is apparently wrong

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can someone tell me what mistake I made

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nvm I figured it

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out I just keep mixing up Q and Q^-1

cedar kilnBOT
#

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untold hornet
cedar kilnBOT
untold hornet
#

i thought it would be

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,w ((26 choose 2) * (26 choose 1))/(52 choose 3)

untold hornet
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but there's only 4 options

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3/8, 2/3, 1/2, 1/8

cedar kilnBOT
#

@untold hornet Has your question been resolved?

untold hornet
#

<@&286206848099549185>

cedar kilnBOT
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@untold hornet Has your question been resolved?

untold hornet
#

.closed

#

.close

cedar kilnBOT
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vapid jolt
#

Where did they get 40.8114 and 0.9750 from?
In my calculator I have Listed the years by difference in L1, and the N02(ppb) in L2

When calculating with LinReg y=ax+b

a=-0.98387
b=41.77013
r^2=0.9997905998
r=--09998952944

I need to use this to make a equation for exponential decay. Ao(1 - r)^t

Not sure if this makes any sense, any idea what I did wrong?

broken mist
#

You'll want to use ExpReg not LinReg

vapid jolt
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Ohh, let me try that rq

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I about going to double check my tables rq, B seems right

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still not sure where 40.8114 came from

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L1 is years and L2 is the N02(ppb)

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They all seem right

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solved i

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solved it

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I should have started L1 at 0 not 1

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.close

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cedar kilnBOT
#

@obtuse zephyr Has your question been resolved?

tough valve
#

what did u try?

cedar kilnBOT
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balmy yoke
#

is this the final factorization

cedar kilnBOT
balmy yoke
#

like no more simplification possible?

rain drift
#

doesn't look like it. Looks like it's as simplified as possible

cold briar
#

,w factor 16w^3x^2 + 24wx^4 - 8wx^2

cold briar
#

yeah, i think that's it

balmy yoke
#

and how do you solve this

#

factor it*

#

I don't find a GCF

livid hound
#

apply techniques for factorising quadratics

#

note that this is very similar to
$$x^2 - 5x - 66$$

wraith daggerBOT
#

ℝamonov

balmy yoke
#

oh

#

one sec

balmy yoke
worn wave
#

it is

balmy yoke
#

its 6 AM, can barely focus fr

worn wave
#

the variables are just confusing you

livid hound
#

that wasn't a yes/no question

balmy yoke
#

ikr

worn wave
#

try rearranging the terms

#

and youll see it resembles a quadratic equation

#

the only thing that makes this “Hard” is the variables

#

they are just making you confused

#

but it’s the same thing

balmy yoke
#

wbt the GCF

#

there ain't one

worn wave
#

GCF is?

#

sorry. My syllabus doesn’t teach that

balmy yoke
#

greatest common factor

worn wave
#

you don’t need to do that

#

you just rearrange the terms

#

In into a quadratic equation

#

Hint: try rearranging the y variables

livid hound
#

well gcf is the first thing to look for, if there isn't one (other than 1) and/or you've already factored it out,
you continue with other methods if applciable

#

also expression not equation

balmy yoke
#

other methods like what 😭

livid hound
#

cross method, ac method etc

#

note that this is very similar to
$$x^2 - 5x - 66$$
would you have any issue factorising this simplified example?

wraith daggerBOT
#

ℝamonov

balmy yoke
#

mhm

#

no I can't solve

worn wave
#

rynite

#

solve that quadratic express

#

or factor it

#

tell us what you got

balmy yoke
#

idk I'm used on getting the gcf, and simplifying, but nothin here

livid hound
#

have you factored any quadratics before?

#

if not i'd recommend looking up some vids on that first

balmy yoke
#

yes I did

worn wave
#

then it shouldn’t be a problem

balmy yoke
#

like this

worn wave
#

yes it’s like this

balmy yoke
#

but all this has a GCF

#

that's my problem

worn wave
#

can you show one working

#

using GCF

#

solve any questions from the picture

#

i wanna see how you solve using this method

#

since I never heard of this method, unless I did and I heard another term of it

livid hound
#

none of the questions above involve gcf

balmy yoke
#

wait

#

shti

#

I know now

#

sorry lmfao

worn wave
#

so what’s your answer

balmy yoke
#

two numbers that multiply to give 66 and add to become -5 right?

worn wave
#

yes

livid hound
#

not quite

balmy yoke
#

x(

livid hound
#

multiply to **-**66

balmy yoke
#

oh yeah

worn wave
#

-66 in the expression js the product of the roots

#

-5 is the sum of roots

livid hound
#

no

worn wave
#

what

#

that’s what I learnt from my textbook?

livid hound
#

sum of roots is actually -(-5) = 5

balmy yoke
#

so 6, and -11

livid hound
#

so 6, and -11
yes

#

hence the factorisation of
$$x^2 - 5x - 66$$
will be $(x+6)(x-11)$

wraith daggerBOT
#

ℝamonov

worn wave
#

now try doing it with y variable

livid hound
#

the process for factoring $x^2 - 5xy - 66y^2$ is pretty much the same. \
instead of finding the part that multiply to -66 and sum to -5, \
you'd look for the pair that multiply to $-66y^2$ and sum to $-5y$

wraith daggerBOT
#

ℝamonov

worn wave
#

so you can say the roots of this quadratic expression has y variables in it

#

This graph is rather unique

balmy yoke
#

so, add a y to each number?

#

root*

worn wave
#

what do you think? Try adding it

#

and see if it yields the expression

balmy yoke
#

yeah it looks correct to me

worn wave
balmy yoke
#

(x+6y)(x-11y)

#

?

worn wave
#

correct

balmy yoke
#

sweet

#

thank y'all

#

🫶

worn wave
#

close when you’re done

#

@balmy yoke type .close

balmy yoke
#

aight

#

.close

cedar kilnBOT
#
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pure grotto
#

Anyone know how to save transparent images onto iPhone library?

pure grotto
#

Or iPad, but same issue

worn wave
#

this

#

is not

#

where you ask non-math questions

pure grotto
#

h e l p

worn wave
#

no

pure grotto
#

I’ll do a n y t h i n g

worn wave
#

maybe you can close this channel and ask it in #chill

#

instead of misusing the purpose of help channels

#

just type .close

pure grotto
#

No one’s gonna reply there tho

rain drift
pure grotto
#

I already googled

worn wave
pure grotto
#

I’ve been trying for 1 hour

worn wave
#

either you do it now

pure grotto
#

OK

worn wave
#

or ask someone else for help

pure grotto
#

.close

cedar kilnBOT
#
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cinder blaze
cedar kilnBOT
cinder blaze
#

probabilty question stuck on the top two

#

<@&286206848099549185>

rain drift
#

hi there. Do you have your prob tree available?

cinder blaze
#

yeah my hand writting a bit messy but ill send one through

rain drift
#

tree looks good

#

so for a, it looks like there are is two scenarios where we draw out no more than 1, and that's drawing CH and HC. So I believe we just add those probabilities together

#

(aka P(CH) + P(HC)

cinder blaze
#

ok i will give it a go

rain drift
#

||(4/15) + (14/45) = (12 + 14)/45 = 28/45||

#

the above is what I got so you can double check your work

cinder blaze
#

thats 26/45 and yeah its not right sadly

rain drift
#

oh whoops yeah your right it is 26/45 lol

#

basic math am i rite?

#

wait 26/45 wasn't right?

#

dang maybe I just don't remember my prob lol

cinder blaze
#

the phrase no more means limeted to 1 so even pulling p(hh) counts i think

rain drift
#

ugh damnit you're right

#

there's an implied 0 there

#

so yeah P(HH) + P(CH) + P(HC)

#

(these always used to trip me up in prob and stats)

cinder blaze
#

yeah this is in the engnering maths course

rain drift
#

well the good news is that b will be similar

cinder blaze
#

dam still not right ahaha

rain drift
#

one or more implies P(CC) + P(CH) + P(HC) or 1 - P(HH)

rain drift
#

does it give you the correct answer?

cinder blaze
#

yeah i dont think u can add down the end of the trees since they are conditional

rain drift
#

welp

#

I think I need to swallow my pride and revisit prob and stats lol

cinder blaze
#

thanks for ur help though

#

no dont its the worst math topic

rain drift
#

yeah sure, sorry I couldn't help

#

hmmm, well if you get it wrong does it let you know what the correct answer was? Mabye we can reverse engineer the answer lmao

cinder blaze
#

nah it dsont just that u got it wrong

rain drift
#

BOO

#

BOOOOO

cinder blaze
#

<@&286206848099549185>

#

.close

cedar kilnBOT
#
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cinder blaze
cedar kilnBOT
cinder blaze
#

stuck on probability question

#

<@&286206848099549185>

cedar kilnBOT
#

@cinder blaze Has your question been resolved?

cedar kilnBOT
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heady salmon
#

what do you mean greater then or equal to zero?

heady salmon
#

k can equal 1,2,3,4,5
but why does this stop only at k=2 and not go on to k=5

#

the largest Radian is 7pi over 3 which is 420 degrees

cedar kilnBOT
#

@heady salmon Has your question been resolved?

heady salmon
#

.close

cedar kilnBOT
#
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cedar kilnBOT
#
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native flint
#

I'm trying to find all the roots. This is what I'm doing.
$-x^3 + 6x^2 - 12x + 8 = 0 \rightarrow x^2(-x + 6) + -4(3x -2) = 0 \rightarrow (x^2 - 4)(-x + 6)(3x-2) \rightarrow (x - 2)(x + 2)(-x + 6)(3x-2)$

wraith daggerBOT
#

OceanBro

native flint
#

jeez

#

$-x^3 + 6x^2 - 12x + 8 = 0 \rightarrow x^2(-x + 6) + -4(3x -2) = 0 \rightarrow (x^2 - 4)(-x + 6)(3x-2) \rightarrow (x - 2)(x + 2)(-x + 6)(3x-2)$

wraith daggerBOT
#

OceanBro

native flint
#

But this doesn't seem right. Considering the fact that the polynomial has a degree of 3. But with my factoring, I'd have a degree 4 polynomial

misty rain
#

Your third step seems a bit wrong

#

check it again

#

like second to third step

native flint
#

Is it?

#

I shouldn't add the x^2 - 4 ?

misty rain
#

factor out x^2(-x + 6) + -4(3x -2) = 0
then factor out (x^2 - 4)(-x + 6)(3x-2)

#

see what happens

native flint
#

yeah it's (x-2)(x+2)(-x+6)(3x-2) no?

misty rain
#

sorry not factor i meant expand

#

mbmb

native flint
#

what should I expand

misty rain
#

both

#

then compare

native flint
#

I'm...getting the same thing

#

x^2(-x + 6) + -4(3x -2) = 0

#

becomes into the original equation

#

Is my perception skewed?

misty rain
#

what about the second equation

#

you can tell just from looking at it that (x^2 - 4)(-x + 6)(3x-2) expands to a polynomial with a degree of 4

native flint
#

Right

#

and it shouldn't

#

since the degree is 3 of the original one

#

But if I were to factor out only a single x

#

then I'd have x(-x^2+6x)

misty rain
#

yes

#

so you know your third step is wrong

native flint
#

what is wrong tho

misty rain
#

look at your third step

native flint
#

I'm checking but I don't know what is wrong

misty rain
#

you go from x^2(-x + 6) + -4(3x -2) to (x^2 - 4)(-x + 6)(3x-2)

native flint
#

yes

#

Is that wrong

#

I'm so confused

misty rain
#

the whole factoring thing has to be equal to itself

native flint
#

Nathaan, question, would you give it a try and solve it?

misty rain
#

so any step in your proof (if factored) has to be equivalent to the original equation

native flint
#

And tell me what you get as your factored answer

misty rain
#

that defeats the purpose

#

ill try to explain it though

native flint
#

I mean, I did like 5 of these questions and this is the only one that's not getting to my head

#

I know the concept, I just dont know why this particular one is like this

#

or where I'm messing up, since all the steps seem to add up in my head

#

and on the paper

misty rain
#

what math level are you

#

algebra?

#

precalc?

native flint
#

precalc,yes

misty rain
#

are you aware of difference of cubes?

native flint
#

What is that

#

a³ - b³ = (a - b) (a² + ab + b²)

#

This?

misty rain
#

and when you expand it more?

native flint
#

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

misty rain
#

expand

#

not factor

native flint
#

The equation is (x-2)^3 ?

misty rain
#

(a - b) (a² + ab + b²) expand this

native flint
#

a^3 - b^3

#

Um

#

You know what

misty rain
#

wait fk-

native flint
#

I'll just skip this question, thanks man!

misty rain
#

im tripping

native flint
#

One question wont kill the teacher

misty rain
#

i gave you the wrong formula

native flint
misty rain
#

not difference of cubes

native flint
misty rain
#

cube of differences

native flint
#

It's fine man, I'll go get some coffee

misty rain
#

like (a-b)^3

native flint
#

yes

#

that's (a-2)^3

#

which is the answer, thank god

#

.close

cedar kilnBOT
#
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#
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simple flare
cedar kilnBOT
simple flare
#

Can anyone tell me where I’m wrong for this?

#

The final answer should be the RHS upper top

misty rain
#

What is the context

#

and what are you trying to find

simple flare
#

<@&286206848099549185>

cedar kilnBOT
#

@simple flare Has your question been resolved?

#
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cedar kilnBOT
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crimson sedge
cedar kilnBOT
crimson sedge
#

i dont get sine waves can some1 give me a quick crash course about it

ivory mauve
#

YO

#

so

toxic moat
#

,w graph sin

toxic moat
#

quick crash course done

crimson sedge
#

thank you

#

.close

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#
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sacred grail
zenith sail
#

wow i guess that was very effective

sacred grail
#

chapter 4J graphs of trigonometric functions

crimson sedge
#

ye lmao

sacred grail
#

cambridge university press

#

page 341?

crimson sedge
#

we use it for personal study

crimson sedge
cedar kilnBOT
#
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oblique lynx
#

I have this linear map between two linear spaces and I have to find map matrix with reagards to B and C, how to do thath?

crimson sedge
#

what does a general vector (a,b)^T in B get mapped to?

cedar kilnBOT
#

@oblique lynx Has your question been resolved?

oblique lynx
crimson sedge
#

transpose

#

was too lazy to write out a column vector

#

so basically, what is $f(\begin{pmatrix}a\b\end{pmatrix})$?

oblique lynx
#

like (b,a)?

#

ive never done anything with transpose matrices

crimson sedge
#

dont worry about the transpose

#

i'll write it out in full from now on

oblique lynx
#

okeyy

wraith daggerBOT
oblique lynx
#

well I can tell that it maps to R^3

#

and it should be (0,x,y), right?

crimson sedge
#

yup

#

$f(\begin{pmatrix}a\b\end{pmatrix})= \begin{pmatrix}0\a\b\end{pmatrix}$

wraith daggerBOT
crimson sedge
#

now what size matrix is required to make this transformation

oblique lynx
#

yes

#

also, can i have quick question before we continue?

crimson sedge
#

sure

oblique lynx
#

what does actually Lin(R,R^2) means? like is it that I take something from field R and make it a 1x2 matrix? We havent really done this too much, so its my first time working with space of linear maps

crimson sedge
#

I've never seen that notation before, so not sure

#

but I think it means R^2 as an R vector space

oblique lynx
#

oh yes, we use alot of different notation here so ig that its something like that xd

crimson sedge
#

so yes, its the space of 1x2 matrices (or length 2 column vectors)

oblique lynx
#

alright

#

so no I have to find the maps matrix with rexpect to basis B and C, how to approach that

crimson sedge
#

yeah, firstly, what is the size of this matrix?

oblique lynx
#

i think that $\mathbb{R}^{2x3}$

wraith daggerBOT
#

marejak023

oblique lynx
#

oh god, nvm, you got the point hopefullly

crimson sedge
#

I think its 3x2, but yeah

oblique lynx
#

i thouth that first are rows then columns

#

also

#

ive drawn a commutation diagram, which helps a bit, ill send it here

crimson sedge
#

yeah, number of rows then number of columns

#

so we have $\begin{pmatrix}\cdot&\cdot\\cdot&\cdot\\cdot&\cdot\end{pmatrix}\begin{pmatrix}a\b\end{pmatrix}=\begin{pmatrix}0\a\b\end{pmatrix}$

wraith daggerBOT
oblique lynx
#

here is the diagram

oblique lynx
crimson sedge
#

nice diag!

oblique lynx
#

thanks ^-^

#

my prof uses them alot and now they actually makes sense to me, it is a useful tool

crimson sedge
#

yeah, its a good visualisation to figure out what goes where

#

what must the two circled dots be here?

oblique lynx
#

1 0

#

noo

#

wait yes

crimson sedge
#

yeah 1,0

#

how about the third row?

oblique lynx
#

alright

#

0 1

crimson sedge
#

yup

#

first row?

oblique lynx
#

and first 0 0

crimson sedge
#

exactly: $\begin{pmatrix}0&0\1&0\0&1\end{pmatrix}\begin{pmatrix}a\b\end{pmatrix}=\begin{pmatrix}0\a\b\end{pmatrix}$

wraith daggerBOT
crimson sedge
#

thats the answer now :)

oblique lynx
#

cool, so now we have map matrix

crimson sedge
#

note that the matrix is very familiar

oblique lynx
#

wait

crimson sedge
#

it looks just like the two vectors in the q

oblique lynx
#

shouldnt we calculate the coordiantes in respect to the basis?

#

or is this it

crimson sedge
#

yeah, since (1,0) and (0,1) is a basis, we could have jumped straight to the answer by putting these two together:

oblique lynx
#

and if the basis were something non-canonical

crimson sedge
#

if we dont have (1,0) and (0,1) then we have to do some row reductions to make it canonical

oblique lynx
#

then i would caluclates coords of the images

#

okeyy

#

cool, thanks for your help

#

.close

cedar kilnBOT
#
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#

@light pine Has your question been resolved?

cedar kilnBOT
#

@light pine Has your question been resolved?

neon moon
#

Start by finding the cycle of 9 in modulo 7.

#

For example
9^1 mod 7 = a = …
9^2 mod 7 = b = 9a mod 7 = …
9^3 mod 7 = 9b mod 7 = …

See if the pattern repeats, and locate the cycle of such pattern to go for 9th power mod 7.

#

Ohhh shoot this is for (ii)…

#

(iii) is also “easy”. Try consider 10 mod 11 = -1, then you can obtain those powers of -1

cedar kilnBOT
#

@light pine Has your question been resolved?

cedar kilnBOT
#
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opaque bane
#

Suppose I draw a unit circle on a piece of paper located on the plane (x,y), then using the plane (y,z) as the axis of reflection, I fold this piece of paper in half. Now, if I fold it completely in half, the length of the projection of the circumfirence on the (x,y) plane would become 2; if I don't fold it at all, the projected circumference is pi.
Let's call this angle of folding θ, and the projected circumference C.
How can I find the relationship between θ and C?

opaque bane
#

Let's try the forum

#

.close

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#
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worn wave
#

I got absolutely NO CLUE where to start.

cedar kilnBOT
reef venture
#

You should start with y and simplify that log expression

#

then convert to same base

worn wave
#

Alright hold on

worn wave
#

Never mind, someone helped me, thanks still

#

.close

cedar kilnBOT
#
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cedar kilnBOT
#
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pulsar crag
#

guys help

cedar kilnBOT
jade yew
#

Hi, i thought of a weird math question that I can;t solve till now. Can you help me solve it? question:
0x2=0
5x2=10

jade yew
#

sorry i accidentally sent

#

its not finish yet

pulsar crag
#

can u help

#

composition and decomposition

jade yew
#

soli im also here to ask

pulsar crag
#

😭

jade yew
#

good luck to find a master to help you

cedar kilnBOT
#

@pulsar crag Has your question been resolved?

pulsar crag
#

pleas ehelp

cedar kilnBOT
#

@pulsar crag Has your question been resolved?

pulsar crag
#

guys please help

#

composition and decomposition

cedar kilnBOT
#

@pulsar crag Has your question been resolved?

cedar kilnBOT
#
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#
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bright fractal
#

hello, can someone pls tell me how to factor this ?

sullen gull
#

Have you found the roots?

bright fractal
#

the what

sullen gull
#

A root is a value of x that makes the equation = 0

bright fractal
#

ye

#

1

random shale
#

so what is a factor of the polynomial?

sullen gull
#

You know how to use complex numbers?

bright fractal
#

how are complex numbers related to this

sullen gull
#

factoring through roots -> all roots are needed
and this only has 2 complex roots

#

(if you want to factor it fully, that is)

bright fractal
#

......what

#

I just want to factor it so that one of the factors is x-1

sullen gull
#

This is one way to factor it

bright fractal
#

how did u do that

sullen gull
#

This is another valid factoring of the polynomial

bright fractal
sullen gull
bright fractal
#

what are the steps ;-;

sullen gull
#

you divide out one factor and then use the fact that

#

$g(z)*\frac{p(z)}{g(z)}=p(z)$

wraith daggerBOT
#

Tech support

inland widget
bright fractal
#

I don't understand anything

sullen gull
crimson sedge
#

synthetic division will be more detrimental for you to rely on in the future, because it is more limited

#

so just use long division

upbeat lotus
inland widget
crimson sedge
# inland widget why

Everything you can do with synthetic division can be done with regular long division. The reverse is not true, though. you can’t find the quotient and remainder by synthetic division when dividing by a quadratic polynomial

inland widget
#

yea so use long division when you need

bright fractal
bright fractal
inland widget
#

it takes wayyy longer to use long division theres 0 reason not use synthetic

sullen gull
upbeat lotus
inland widget
inland widget
bright fractal
#

;-;

sullen gull
#

nope but I need to ask if they know some math concept

#

if you know what an integral is you probably can use factor theorem

upbeat lotus
inland widget
#

yea @sullen gull whats the best way to solve this

#

using calc

upbeat lotus
wraith daggerBOT
#

𝓐𝓡𝓝𝓐𝓑 𝓟𝓐𝓛

sullen gull
#

$if p(a)=0 then (z-a) is a factor in p(z)

#

wtf what did I just write

upbeat lotus
narrow matrix
bright fractal
#

......

crimson sedge
#

okay @bright fractal

#

so here is the thing, i dont understand why this channel became such a mess but thats fine

bright fractal
#

I know that one of the factors is x-1 since th elimit is x->1

bright fractal
crimson sedge
#

when you are factoring cubic polynomials, the first thing you want to look for is to try and factor by grouping. if we had something like $4x^{3}-8x^{2}+6x-12$ then you can factor it into the form $4x^{2}(x-2)+6(x-2)$

#

oop

bright fractal
#

ye i tried factoring by grouping and it didn't work

crimson sedge
#

okay, just saying it now for the future

#

anywyas, since you cannot do factoring by grouping

#

you have to do trial and error

wraith daggerBOT
#

♡LexQa♡

sullen gull
crimson sedge
#

the best way to go about it is to look at the constant term, -3, and look at its factors of +-1 or +-3

#

that way, you would find the root, which is your first goal

bright fractal
#

....wat

crimson sedge
#

taking x = 1, does indeed give you a root, after you test it. Next step, you have to either use long division or synthetic division for the root x = 1 or x-1 to get the root factored out

crimson sedge
# bright fractal ....wat

You seem really confused about the fundamentals of the concept, so I would recommend watching this

#

it will explain how to factor the question you showed

bright fractal
#

ohhhhhh

#

tysm

crimson sedge
#

Also

#

research about "Rational Root theorem"

bright fractal
#

Just knew abt synthetic division today

crimson sedge
cedar kilnBOT
#

@bright fractal Has your question been resolved?

#
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cedar kilnBOT
#
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errant belfry
#

If someone can solve solve this I'll be surprised

errant belfry
#

√(bcx(b+c+x))+√(cax(c+a+x))+√(abx(a+b+x))=√(abc(a+b+c))

#

for x

chrome tulip
#

roots are confusing

#

√+ what does this mean ?

errant belfry
chrome tulip
#

also √.bcx means ?? root(bcm), where does it ends

errant belfry
lilac rampart
#

the answer is 2

errant belfry
lilac rampart
#

yeah

gritty tide
#

its 2i can confirm

zenith sail
#

You'll be left with a polynomial in terms of x, but it'll be 4th degree I think

errant belfry
zenith sail
#

is it octic? That's even worse

errant belfry
#

not easily solvable unless obvious

zenith sail
#

And it'll be a giant pain to even get to that point in the first place

#

I think it's "possible" "maybe"

errant belfry
#

yah I did that and it wasn't worth it

#

there's a mountain hiding behind those roots

gritty tide
#

where did you even get this from and what is the equation even called or related to

zenith sail
#

It's octic but all the powers are even, right?

errant belfry
#

You'll need a whale sized brain to eat all the terms on the LHS

zenith sail
#

oh wait, no you're right

errant belfry
#

but it's not easily solvable backwards with a sanity check either

cedar kilnBOT
#

@errant belfry Has your question been resolved?

#
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#
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analog osprey
cedar kilnBOT
analog osprey
#

It appears to me that they are skipping some steps here, can anyone help me figure out how they are getting to 1/6?

long arrow
#

-1 + 3 = 2

#

2/2 = 1

#

and 1^(-2/3) is 1

wraith daggerBOT
analog osprey
#

oh I see. I just missed the negative in front of the 1. So I have been working with (1+3/2) on the inside. Was driving me nuts......I need a break

Thank you again @long arrow, you're saving my ass left and right today lol

cedar kilnBOT
#

@analog osprey Has your question been resolved?

cedar kilnBOT
#
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fossil spire
#

how tf do u prove transitive prop. I've really tried everything... Transative prop is = If angles are congrount to congrent angles then they are congrent to each other

fossil spire
#

This is geomatry btw

gaunt hamlet
#

Are you asking how to prove that if angle A = angle B and angle B = angle C, then angle A = angle C?

fossil spire
#

yea

#

I mean no one really knows

#

so imma assume its impossiable

#

not impossiable

#

but impossiable in theorem format

gaunt hamlet
#

Two angles are congruent if they have the same measure, right?

fossil spire
#

yea...

gaunt hamlet
#

So write your statement in terms of the measures of the angles

#

Since the measure is just a number

fossil spire
#

so you want me to assume m = x?

gaunt hamlet
#

You don't have to assume anything

#

If angle A = angle B, what does that tell you about the measures?

fossil spire
#

they are congrent

gaunt hamlet
#

Well, I think "equal" is the better word

#

Since we're comparing numbers, not shapes

#

In other words, mA = mB, right?

fossil spire
#

yea

gaunt hamlet
#

What about the statement "angle B = angle C?"

fossil spire
#

so I would do
a congrent to b | given
m angle A is equal to m angle B | if congrent angles then equal mesurments

#

given?

gaunt hamlet
#

Idk, that's just the definition of congruent angles

fossil spire
#

mhm okay

#

Ill try to ask my math teacher

#

.close

cedar kilnBOT
#
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fiery berry
cedar kilnBOT
rain drift
#

hi there how did you get that answer?

kind matrix
#

INF

haughty wraith
rain drift
haughty wraith
#

im guessing thats where u went wrong

fiery berry
#

@rain drift i divide x^2 numereator and denom

#

so i should divide x^3

rain drift
#

for these rational limit problems

fiery berry
#

ok i will try to find result

crimson sedge
#

there is a rule that if the exponent of x at the up part bigger than the exponent of x at the down part

gaunt hamlet
#

I think it's fine to divide x²

#

By the top and bottom

crimson sedge
#

if one (-),other one (+), the answer is - infinite

#

if both (-) or both (+), the answer is + infinite

fiery berry
#

i find denom 5/(x)^3 - 2/x

#

still undefined

gaunt hamlet
#

What did you get when you divided by x²