#help-39

1 messages · Page 76 of 1

pearl pondBOT
tulip ore
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(1) different inputs must lead to different outputs
(2) the same output can only come from the same input
(1) and (2) are identical ways of saying the same behavior (they are contrapositives)

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a function that goes up then down (has a hill or valley) would not be one-to-one, since you can get the same output on either sides of the hill

swift olive
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ohh so it has to pass the horizontal line test

tulip ore
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brainrote

tulip ore
swift olive
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so just make a table with the given function right

tulip ore
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brainrote again

tulip ore
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you need to think about what youre doing here

swift olive
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the textbook says to just plug in f(a) and f(b) and find if they're equal to each other

tulip ore
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yea

swift olive
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is that it?

tulip ore
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yea

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thats not a method btw

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thats just the definition but laid out

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if they tell you a and b, you can test if f(x) isn't a one-to-one function by seeing if f(a) = f(b)

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you need to have a good picture of whats happening instead of just memorizing methods

pearl pondBOT
#

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bitter locust
#

So I have the problem (√3+√2)²

pearl pondBOT
bitter locust
#

I assumed that the square would cancel out and I would have (3+2) = 5

last summit
#

no

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

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(a+b)^2 does not equal a^2+b^2

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remember to FOIL, or box method, or whatever

bitter locust
#

I haven't done either yet! So what roughly do I need to do to solve this (I need the answer to be a surd in its simplest form)

last summit
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you have

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(a+b)(a+b)

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multiply them

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that's all

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people call it different names to help you remember how to multiply them

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sometimes it's called the foil method, or the box method, but it's just multiplication

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$$(\sqrt{3}+\sqrt{2})^2=(\sqrt{3}+\sqrt{2})(\sqrt{3}+\sqrt{2})$$

jolly parrotBOT
#

Austin

last summit
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then multiply

bitter locust
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Ok. so instead of distributing the exponent across all terms, I instead multiply the brackets by itself

last summit
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It is not true that (a+b)^2 = a^2 + b^2

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so you cannot "distribute the exponent across all terms"

bitter locust
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Why aren't they equal? Like obviously now that you have pointed that out that it isn't, it isn't true, but why not?

last summit
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because multiplication

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doesn't work like that

last summit
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is obviously true right

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when you multiply the right hand side, it wont equal sqrt(3)^2+sqrt(2)^2=5

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so the left hand side also doesn't equal 5

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(1+1)^2 = (2)^2 = 4
(1+1)^2 does not equal 1^2 + 1^2 = 2

bitter locust
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Yea that makes sense.

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So I tried again and I got 5+2√6

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is that correct?

last summit
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looks good

bitter locust
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Thank you so much! is there a way to verify this (like on a calculator or website) when I need to have my answer in surds, not an irrational number?

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nvm

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Thanks for your help @last summit you deserve an award! That put me in the right direction

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pearl pondBOT
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prisma terrace
pearl pondBOT
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@prisma terrace Has your question been resolved?

pearl pondBOT
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@prisma terrace Has your question been resolved?

velvet thorn
#

What do u have so far @prisma terrace

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robust stump
pearl pondBOT
robust stump
#

how do i start?

minor bramble
robust stump
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i still dont know how to really start idk

minor bramble
robust stump
#

im sorry i have to go but ill come back

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modest pagoda
#

how do i find x and y please help its due in less than 2 hours

modest pagoda
#

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upbeat cypress
#

Someone help pls for trig math

zinc idol
#

Is there a particular question?

upbeat cypress
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I need help with practically every question, I have to submit it due tmr for a grade so I need to make sure the assignment is correct

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Well it doesn't have to be correct

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Just finished

pearl pondBOT
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gritty warren
#

A water tank with a volume of 9 is to be made by welding two hemispheres to the center of a right circular cylinder. The material in the hemispheres is 4/3 times as expensive per unit area as the material in the cylinder. Dimension the tank so that the material cost will be minimal.

jolly parrotBOT
gritty warren
#

I used wolfram on the function i got at the end, and there were no solutions for r, and by the looks of it i seem to have done something wrong

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How can i solve this?

unkempt yacht
gritty warren
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Yea

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Looks like a pill

unkempt yacht
gritty warren
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But i dont know how the shape will help

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Only the formulas for the shape

unkempt yacht
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its always best to sketch out the shape to make sure you are going the right direction

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i assume the question meant the radius in order for minimal material consumption?

gritty warren
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Yea

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For V i took the volume of a sphere + volyme of a cylinder

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With the same radius

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And i used that to get the length L in terms of radius r

unkempt yacht
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did you take account for the fact that you did not also account for the area of the two bases of the cylinder and two bases of the hemispheres?

gritty warren
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Yea i removed the bottom areas of the cylinder

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I really dont see why my solution doesnt work

pearl pondBOT
#

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fathom skiff
#

Just want to check would x0 be a cluster point in this situation

fathom skiff
#

since if you take the open interval to not include the gap in the set there would be infinitely many points of A

pearl pondBOT
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desert solar
#

Draw the graphs.The limit function is f=0
on [0,1). The ϵ fence will be given by y=±ϵ. Do the graphs all fit inside for large n?

desert solar
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$x^n$ is the sequence of function

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can someone show me the graph

jolly parrotBOT
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pocoyo

pearl pondBOT
#

@desert solar Has your question been resolved?

desert solar
#

<@&286206848099549185>

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pearl pondBOT
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smoky saffron
pearl pondBOT
smoky saffron
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does this method actually work ?

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bc i dont understand it

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how did they get the discriminant?

pearl pondBOT
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@smoky saffron Has your question been resolved?

smoky saffron
#

<@&286206848099549185>

smoky saffron
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vivid pilot
#

how would i do this? not sure where to start

pearl pondBOT
#

@vivid pilot Has your question been resolved?

vivid pilot
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Anyone???

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<@&286206848099549185>

somber mason
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I don't know how to do it but since nobody is helping have you tried visualizing it on a smaller scale?

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i.e. smaller gridsize?

vivid pilot
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But I don’t know the general method

somber mason
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it's not that effective lol

vivid pilot
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How did you get that?

somber mason
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but can it be less?

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I removed all the unneccessary roads I guess but idk if it's right

vivid pilot
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I’m not sure tbh

somber mason
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this way each road is only connected to two other roads, except for 50 of them which would be connected to 3 roads

vivid pilot
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I’m really confused

somber mason
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imagine 50 roads down, instead of just 6

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if the box was filled up lol

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then there's also this, I didn't feel like completing it

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Idk if it would lead to less roads though

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or maybe there is some mathematical way to find out

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I can't find anything on google 😦

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But I have to go to sleep I'm interested to know the answer I hope someone comes along

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Good luck

somber mason
# vivid pilot I’m really confused

Hey man, I think I got it... start in one corner of your grid and have a road all the way to the other end, that's 50 roads, one road down; 50 roads left; one road down; 50 roads right and so on until you have hit each intersection

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there's no road on a grid like this that is connected to any more than 2 roads

somber mason
# somber mason

it would be 1530 roads, but a design like this is the same, so

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ok holy shit I have to sleep

vivid pilot
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Ok I’ll look over this

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Thank you for your help!!

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#

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iron oracle
pearl pondBOT
iron oracle
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hi

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i would like to dbl check if the bearing is 060

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@iron oracle Has your question been resolved?

vestal venture
#

how'd you got?

#

the calculations are pretty nasty

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floral terrace
#

hemlo, are both jus the same? or not

pearl pondBOT
floral terrace
#

<@&286206848099549185>

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warm horizon
pearl pondBOT
warm horizon
#

i have showed 2a, how do i show 2b?

west sapphire
#

well part (a) shows that conjugation by tau sends a k-cycle to a k-cycle

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express sigma as a composition of disjoint cycles

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and apply (a) to each of those cycles

warm horizon
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let sigma be the product of disjoin cycle

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o = ab

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T(ab)T^-1 = TaT^-1 T b T^-1 = (TaT^-1)(TbT^-1) then apply rule a

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cuz the T^-1 times T is the identity right so I can keep the equaloity the same?

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does this prove it for abc.... too tho...

west sapphire
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yep

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just need to show that the new cycles are also disjoint

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but that's fairly obvious

warm horizon
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Like

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not just one

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but like

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in between each x1, ... xn

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lke T x1 T^-1 T x2 T^-1 T ... T xn T^-1

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does that prove it?

cursive wraith
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Yes and by question 2a, (TxiT^-1) are still disjoint cycles

pearl pondBOT
#

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lilac coral
#

Please someone help explain to me how i could find the co-ordinate of A

lilac coral
#

i know that it is 4, but i got to it in quite a long way. Is there a quick simple way that i missed out?

wooden ice
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there's not

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u just have to put y=0 to find x value

lilac coral
#

i rearranged it to get (x−4)(x^2 +4x+16)=0

lilac coral
#

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cyan coral
#

Ok so ive used matrices with the vector product but i dont understand what their role in math is nor how they otherwise are used

cyan coral
#

Are they a way to simplify/visualize?

pearl pondBOT
#

@cyan coral Has your question been resolved?

marble sigil
#

there's a sort of wild way to do a cross product where you multiply along diagonals and subtract the left diagonals from the right diagonals

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in math the cross product is basically saying "multiply these two numbers with directions and also incorporate how much the directions are different"

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it shows up in things like the arrea of a parallelogram because a larger angle means a wider shape and bigger area, or questions like "if I hit a door that's in this direction with a force in this direction, how much does the door actually turn?" because you want to hit a door at a right angle to be effective

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(typo in the image: the 7k at the bottom should be -3k because 2-5=-3)

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oh and the biggest use really is that this calculation gives you a vector that's perpendicular to both original vectors, and it's the easiest way to find something like that

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drowsy leaf
pearl pondBOT
drowsy leaf
#

I know how to solve this but how would I solve what the question is asking?

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I could put all of them into my calculator to see which graph matches

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But I want to know how

hollow condor
#

can you find the roots of the given equation?

crystal lion
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You just expand $(x - 5)^2$

jolly parrotBOT
#

casework

crystal lion
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And put 16 to the other side

hollow condor
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you don’t even need to expand

drowsy leaf
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oh so you turn (x-5) squared into

hollow condor
#

take the square root of both sides

drowsy leaf
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x squared -10x+25

crystal lion
drowsy leaf
#

its x=9 and x=1

crystal lion
hollow condor
drowsy leaf
#

thats what x-5 squared is

crystal lion
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$$x^2 - 10x + 25 = 16$$

jolly parrotBOT
#

casework

crystal lion
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Just put everything to one side

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It doesnt ask you for sols

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But rather which 2 eqs are the same

proper tartan
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subtract 16 from both sides

hollow condor
#

oh

drowsy leaf
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so its A

hollow condor
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nvm

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yes

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you’re right

drowsy leaf
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what if the answer choices was x^2-10x+9 or x^2-10x+25=16

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Which one would be right

crystal lion
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Both

drowsy leaf
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Is this right

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I put them all in my y= in my calculator

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all 4 had 2 zeros

crystal lion
#

Well them its right if you say so

drowsy leaf
#

is it??

pearl pondBOT
#

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smoky saffron
#

I dont understand this question

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Why did he solve for time in the original equation?

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why cant he plug 0 for t in the derivative equation

versed mica
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ivy

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this is hard to read

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@smoky saffron

smoky saffron
versed mica
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ok

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so

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what’s ur question

smoky saffron
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:p

versed mica
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because

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he needs to use it for the velocity

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he needs to first solve how long it takes to get to the dock

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then use that same time to calculate the velocity of the boat

smoky saffron
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why would he plug in 0 to find out how long it takes

versed mica
#

because

#

s

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is the distance

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TO THE DOCK

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so if it’s at the dock

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then the distance to it is zero

smoky saffron
#

oh ok

versed mica
#

studious

smoky saffron
versed mica
#

math let’s

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mathlete

smoky saffron
#

I Need u seriously im so screwed for this test on thursday

versed mica
#

nah ur chillin

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related rates r easy

smoky saffron
#

yea for you

versed mica
#

fair

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💀

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it’s ok

smoky saffron
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I fumbled the quiz i did

jade umbra
#

dw math is something that'll eventually just click

smoky saffron
versed mica
jade umbra
#

it's been almost the same and it's now just clicking

smoky saffron
#

I lost 16% of my quiz grade because first i thought 2x3 = 8 and because i didnt add like terms

jade umbra
#

damnn

smoky saffron
versed mica
#

1984 reference lol

smoky saffron
#

ur not even that old

jade umbra
#

hey can you two help me with this equation

versed mica
#

🤦🏼‍♂️

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1984 is a book

smoky saffron
versed mica
#

george orwell

jade umbra
smoky saffron
jade umbra
#

this problem has me stumped

versed mica
versed mica
smoky saffron
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I thin k the answer is dy/dx = 5

versed mica
#

wrong

smoky saffron
versed mica
#

ok pal

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do you have a question

smoky saffron
#

atleast u dont have to memorize 3 calculus proofs for the test on thursday

jade umbra
versed mica
smoky saffron
smoky saffron
versed mica
#

everything gets memorized no need to try

smoky saffron
#

Oh so your one of those mother

#

fucker

jade umbra
#

bros got that photographic memories

versed mica
#

it’s a myth

smoky saffron
#

my friend says she has it

versed mica
#

she’s lying

smoky saffron
#

i LOATH people with photographic memory

jade umbra
#

ongg

versed mica
#

well great because they don’t exist😹😹

smoky saffron
versed mica
#

there are eidetic memories

#

but not quite photographic like mike ross

smoky saffron
versed mica
#

💀

#

not the same

#

common misconception

pearl pondBOT
#

@smoky saffron Has your question been resolved?

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rough stream
#

The wording is pretty bad. I think we're left to assume:

  • They're six sided dice
  • Both are rolled exactly once.
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smoky saffron
#

nvm

#

i get it

pearl pondBOT
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prisma terrace
pearl pondBOT
sonic geyser
# prisma terrace

The trick is to notice that the common denominator is designed to be the denominator of the original expression. So
[\frac{f(x)}{x} + \frac{g(x)}{x^2} + \frac{h(x)}{x + 2}]
has a common denominator of $x^3 + 2x^2$. so you need to put them all in that form and then you can figure out what $f(x), g(x), h(x)$ have to be to get the numerator to be $x^2 + 37$

jolly parrotBOT
#

Awesam

prisma terrace
#

I don’t know how to do that 😅

sonic geyser
#

do you know how to make a common denominator?

prisma terrace
#

No

#

If you can guide me I’ll follow along

sonic geyser
#

$\frac{f(x)}{x} \cdot \frac{x^2 + 2x}{x^2 + 2x} = \frac{x^2f(x) + 2xf(x)}{x^3 + 2x^2}$

jolly parrotBOT
#

Awesam

sonic geyser
#

it's like that

prisma terrace
#

Ok ok

#

So what’s next

sonic geyser
#

$\frac{g(x)}{x^2} \cdot \frac{x + 2}{x + 2} = \frac{xg(x) + 2g(x)}{x^3 + 2x^2}$

jolly parrotBOT
#

Awesam

sonic geyser
#

I'll leave the h term up to you

prisma terrace
#

I don’t understand. I’m a bio major

#

This is my last question 🥲

sonic geyser
#

oh

#

what can you multiply $x + 2$ by to get $x^3 + 2x^2$?

jolly parrotBOT
#

Awesam

prisma terrace
#

X^2 ?

sonic geyser
#

yup

prisma terrace
#

Ok now what

#

Fuck it I ran out of time

pearl pondBOT
#

@prisma terrace Has your question been resolved?

#
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dark jackal
#

Hey guys, could someone tell me the answer to this question please?

midnight haven
#

,rotate

jolly parrotBOT
midnight haven
#

did u try it

pearl pondBOT
#

@dark jackal Has your question been resolved?

pearl pondBOT
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pale iris
#

Hello mathematics discord community,
I am a student trying to solve a physics problem on a TI-Nspire CAS calculator, and am encountering an issue when using the solve function that I'm hoping I can get some input regarding either my setup or perhaps an obvious pointer to where my mishap in the input may have been.

I have the equation arranged where mass is multiplied by acceleration on the left and the weight of the woman is calculated on the right as well as the tension force subtracted from the product of the weight of the woman.

When I checked the answers, I could see that I had the right arrangement for my equation, but I was getting an answer that does not appear to match the answer key.

I have attached both the answer key and my calculations any input would be greatly appreciated.

marble sigil
#

Tension is already a force so you don't need to multiply it by m here

feral leaf
pale iris
#

In my calculator I definitely did express it as the weight of the women minus the tension force, which doesn't make sense.

feral leaf
#

It's the tension minus the weight of the woman

#

Not weight of woman minus tension

#

m * 4 = 630 - m * 10
That is the appropriate equation you are suppose to type in

feral leaf
pearl pondBOT
#

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tall prawn
pearl pondBOT
tall prawn
#

For part a I wrote ${dP/dt} = -r*P+k$

jolly parrotBOT
tall prawn
#

I'm lost with part b

pearl pondBOT
#

@tall prawn Has your question been resolved?

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@tall prawn Has your question been resolved?

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stuck widget
#

could someone guide me on how to do this?

humble lintel
#

I would start by setting lambda2 = 0 and study the line a + lamdba1 v1 to help you find a.

pearl pondBOT
#

@stuck widget Has your question been resolved?

stuck widget
#

.close

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urban cypress
#

Hi, basically I'd like to find a function (ig it would be exponential) where I know 2 points and a vertical asymptote. Is that possible, and if it is how would I find it? Thanks in advance

light helm
#

wouldn't really be exponential

pseudo oxide
#

wdym "i know 2 points"?

urban cypress
#

Okay, I was guessing, I haven't done anything remotely like this in a long time

pseudo oxide
#

an exp passing through two given points with a vertical asymptote?

light helm
#

the domain of standard exponential functions is the set of reals and don't have vertical asymptotes

#

were you given a specific question?

urban cypress
#

This has just come from my head, I'm trying to graph a line that goes through 2 points I have and has a vertical asymptote

pseudo oxide
#

what are the two points?

urban cypress
#

(70, 16) and (80, 8) and y would approach infinity as x approached 0

pseudo oxide
#

f(70) = 16
f(80) = 8

#

hm

#

one sec

void yew
#

what

urban cypress
#

Thanks

pseudo oxide
#

ok got it

urban cypress
#

I feel like it should be possible with the information I have, but I haven't the faintest idea of how to do it

pseudo oxide
#

i think i got it

#

1/0.625(x - 60)??

#

,w plot 1/{0.625(x-60)}

#

oh god not what i meant

#

brb

urban cypress
#

I presume you mean 1/(0.625(x-60)) since that would have a vertical asymptote

pseudo oxide
#

back

jolly parrotBOT
urban cypress
#

But the vertical asymptote would be at 60 instead of 0

pseudo oxide
#

,w 160/{(80-60)}

urban cypress
#

okay

pseudo oxide
#

well, that was unintended

#

hang on

urban cypress
#

I appreciate the help btw

pseudo oxide
#

i aint helping very much, am i

#

thanks anyway

urban cypress
#

No you are, anything is helpful

pseudo oxide
#

omfg

#

WA stop

jolly parrotBOT
pseudo oxide
#

ykw

urban cypress
#

See in my head the horizontal asymptote shouldn't be at 0, which is messing with me, that would be lower but idk where

pseudo oxide
#

frick WA

urban cypress
#

Like uhhh the limit as x approaches 0 y would approach infinity, but the reverse of that wouldn't be true, like where x approaches infinity in this imaginary line, y would be some negative value but idk what

pseudo oxide
#

negative?

#

shouldn't it be positive

urban cypress
#

1 sec, Imma draw something on paint

pseudo oxide
#

okay

urban cypress
#

I think the line that fits my points and the limit would look sorta like this, so it would go below 0 on the y axis

#

At least visually that makes sense to me

pseudo oxide
#

okay

#

um

#

that...

#

wha-?

light helm
pseudo oxide
#

well, ramonov is a genius i guess

urban cypress
#

Damn

pseudo oxide
#

idk where that came from but ok

pseudo oxide
#

LMAO

light helm
#

goats don't like gifs

urban cypress
#

sorry

pseudo oxide
#

...?

#

why is bro apologizing

light helm
#

for what you're describing, with vertical asymptotes, rational functions can give you what you want

urban cypress
#

Sure, yeah. Sorry Idk terminology for things anymore, I haven't done maths in like 5 year aside from some basic stuff

#

I just didn't know how to find said rational function with the information I had

light helm
#

the simplest one that has a vertical asymptote at x=0
is the form y = k/x isn't sufficient to get you what you want, so proceed to
y = (ax + b)/x^2
from there solve a system of equations to determine the values of a,b and you'll be able to reach what i obtained

urban cypress
#

Okay I'll give it a go, thanks

#

Okay I got it, thank you

#

That was actually very simple, but I'm far too rusty at this sort of thing. Appreciate the help

#

.close

pearl pondBOT
#
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pearl pondBOT
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barren nymph
pearl pondBOT
barren nymph
#

could u solve ex 3??

#

just need to find a and b

#

and u have the point x10 y5 and x20 y0

pseudo oxide
#

translate

pseudo oxide
pearl pondBOT
barren nymph
barren nymph
pseudo oxide
barren nymph
#

someone could solve it??

#

o mean i dont know what to do

pseudo oxide
#

bro

#

we are here to help not solve for you

#

and it would help if you translated the ENTIRE question

#

i've had too many times where a small omission in translations has led to a big misunderstanding

barren nymph
#

it is what i told you

pseudo oxide
#

ich spreche nicht deutsch

barren nymph
#

i alr tried to solve it didnt got it

#

ahaha

#

i gave you all the information you need

pseudo oxide
#

i only speak very little

#

barely

#

well, i don't think i can solve this

barren nymph
#

ahah ik its difficult

#

thatts why i asked for help

pearl pondBOT
#

@barren nymph Has your question been resolved?

iron basin
pearl pondBOT
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languid jungle
#

I need help with this word problem pleaseee

pearl pondBOT
#

@languid jungle Has your question been resolved?

pearl pondBOT
#

@languid jungle Has your question been resolved?

pearl pondBOT
#

@languid jungle Has your question been resolved?

trim current
#

Hello do you still want help?

languid jungle
#

I have a test on this in an hour

#

😭

#

I still don’t get it

#

The % are messing me up i can do ones without % but im confused with this one

#

I just don’t think I’m doing it right

trim current
#

what do you not understand

languid jungle
trim current
#

ok show me your equation

languid jungle
#

Okay I had

0.16y+ 0.05x= 10,000
And
X+ 865= y

I feel like these are very wrong and that’s why im not getting it

trim current
#

yeah

#

well we can think about it like this so the combination of both is equal to 10865

#

x + y = 10865

#

and so we know that stock A is 16% more than itself than in the past

languid jungle
#

Yeah

trim current
#

so we can say x2 = x+16%

#

and y2 = y - 5%

#

wait

#

i might be going wrong

languid jungle
#

It’s linear equations so you are trying to solve and find the missing x and or y

#

But it should pretty much equal whatever the number is after the = sign

trim current
#

ok

#

then couldnt we write it out as a linear equation?

languid jungle
trim current
#

so it would be y = (-0.05x + 10000)/0.16

#

that would be the linear equation

languid jungle
trim current
#

ohhhh

#

ok dont worry

#

you just need to place y as the amount increased

#

then solve from there

languid jungle
#

So I just 865 where y is and solve for x?

trim current
#

yes i think...

#

im also learning this

languid jungle
#

Fr?😭

trim current
#

yea

languid jungle
#

Omg

trim current
#

im in highschool

languid jungle
#

LMFAO

#

IM IN COLLEGE

trim current
#

oh mb

languid jungle
#

I’m re learning stuff I learned in high school but I don’t remember literally any of this 🥲

trim current
#

i swear this is just a simple interest equation

#

not a linear one

languid jungle
#

It is

#

I think

#

It’s just one of the questions if gives me for my linear equation chapter

#

It could very well just be a basic interest question

trim current
#

i swear it is

#

we just need to figure out the basics

languid jungle
#

How would u solve it like a basic internet question then?

#

I can get the answer one sec

#

Okay so it says stock A should be 6500 and B is 3500

#

But idk how they got that

trim current
#

hmm

languid jungle
#

yes :(

trim current
#

sorry

#

let me write this out

#

im also very confused

languid jungle
#

It’s okay take ur time

trim current
#

i got 10865 = A(1.16) + B(0.95)

#

I GOT IT

#

WOOOHO

#

LETS GOOO

#

Ok so first things first we find the individual values of stock A and stock B

#

Using the Simple interest formula

#

So stock A would be P(1+0.16(1) and stock B would be P(1-0.05(1)

#

so it would turn out A = P(1.16) and B = P (0.95)

#

then we get 10865 = A(1.16) + B(0.95)

#

we know that B = 10000 - A

#

so we place that as its value

#

so we get 10865 = A(1.16) and ((10000 - A)0.95)

languid jungle
trim current
#

10865 = A(1.16) +9500 - A(0.95)

#

subtracting we get 1365 = A(1.16) - A(0.95)

#

so we get 0.21A = 1365

#

so we get 6500

#

as A

#

then we just substitute

trim current
languid jungle
languid jungle
trim current
#

A as 6500

#

into B = 10000 - 6500

#

and thats how we get 3500

#

uhm so you understand?

languid jungle
#

Yes

trim current
#

great

#

good luck in college

pearl pondBOT
#

@languid jungle Has your question been resolved?

languid jungle
pearl pondBOT
#
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midnight haven
pearl pondBOT
midnight haven
#

I did something wrong but I don’t know what

pearl pondBOT
#

@midnight haven Has your question been resolved?

vestal sable
#

What makes you think you've gone wrong?

pearl pondBOT
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urban adder
#

How would you finish simplifying this trigonometric expression?

urban adder
#

I was able to advance this far, but I don't know how to continue.

old marsh
#

nahhh

#

hold on i think i have smth simpler

urban adder
#

okk

#

the result is 1

old marsh
#

yo

#

i just made the most beautiful solution known to mankind

#

@urban adder

#

thank me bro

#

the fact u get to witness this

#

are u ready?

#

ping me when u ready

urban adder
#

yes

old marsh
#

this some greatness right here

#

ok

#

lets start

#

i immediately saw that a+b and was disgusted

#

so i knew we had to get rid of it

#

let x = a+b

#

y = a-b

#

can u write 2a in terms of x and y

urban adder
#

by adding both equations?

old marsh
#

exactly, and what does that get

#

2a = ?

urban adder
#

2a = x+y

old marsh
#

good

#

now can u do the same thing, except for a-b?

urban adder
#

hmm no

old marsh
#

sorry i mean 2b

urban adder
#

?

old marsh
#

sorry

urban adder
#

a

#

subtracting both equations

old marsh
#

yes

#

2b = ?

urban adder
#

x-y

old marsh
#

good job

#

now lets start

#

$\cos^2 (x) + \cos^2 (y) - \cos(x+y) \cdot \cos (x-y)$

jolly parrotBOT
#

Stephen

old marsh
#

this is what we have now correct?

urban adder
#

yes

old marsh
#

ok, can you expand cos(x+y)?

urban adder
#

cos(x).cos(y) - sin(x).sin(y)

old marsh
#

perfect

#

can u expand cos(x-y)?

urban adder
#

cos(x).cos(y) + sin(x).sin(y)

old marsh
#

good

#

so now we have

#

$\cos^2 (x) + \cos^2 (y) - [\cos (x) \cos (y) - \sin (x) \sin (y)][\cos (x) \cos (y) + \sin (x) \sin (y)]$

jolly parrotBOT
#

Stephen

old marsh
#

yes?

#

or no?

urban adder
#

yes

old marsh
#

ok good

#

now look at that big multiplication

#

do u notice anything special?

urban adder
#

difference of squares

old marsh
#

YES

#

so when u apply difference of squares here, what do u get

urban adder
#

[cos(x).cos(y)]^2 - [sin(x).sin(y)]^2

old marsh
#

yes

#

so now we have

#

$\cos^2 (x) + \cos^2 (y) - [[\cos (x) \cos (y)]^2 - [\sin (x) \sin (y)]^2]$

jolly parrotBOT
#

Stephen

old marsh
#

ok now we are near the final steps

#

distribute the minus

#

what do we get

urban adder
#

cos^2(x) + cos^2(y) - cos^2(x).cos^2(y) + sen^2(x).sen^2(y)

old marsh
#

a

#

hablas espanol

urban adder
#

si

#

cómo sabés?

old marsh
#

aprende en la escuela

#

o

#

vi q escribiste "sen" en lugar de "sin"

urban adder
#

xd

old marsh
#

re fachero

#

ok

#

so now lets look at this

#

$\cos^2 (x) + \cos^2 (y) - \cos^2 (x) \cos^2 (y) + \sin^2 (x) \sin^2 (y)$

jolly parrotBOT
#

Stephen

old marsh
#

look at those middle 2 terms

#

cos^2(y) and cos^2(x)cos^2(y)

#

can u factor anything out from them?

urban adder
#

podes sacar factor comun cos^2(y) y queda multiplicando a (1 - cos^2(x))

old marsh
#

bien

urban adder
#

y 1 - cos^2(x) es sen^2(x)

old marsh
#

bien

#

y ahora tenemos

#

$\cos^2 (x) + \cos^2 (y) \sin^2 (x) + \sin^2 (x) \sin^2 (y)$

jolly parrotBOT
#

Stephen

old marsh
#

sip?

urban adder
#

si

old marsh
#

ok

#

look at the last two terms

#

can u factor anything out>

urban adder
#

si sacas factor común sin^2(x) queda multiplicando a (cos^2(y) + sin^2(y))

old marsh
#

sip

urban adder
#

cos^2(y) + sin^2(y) = 1

old marsh
#

sip

#

siii

#

entonces?

urban adder
#

cos^2 (x) + sin^2(x).1

#

= 1

old marsh
#

yay

urban adder
#

hermoso

old marsh
#

claro q si

#

me diverti mucho

#

adiossss

urban adder
#

yo tambien, buena explicacion

#

gracias

old marsh
#

gracias

urban adder
#

.close

pearl pondBOT
#
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pearl pondBOT
#
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rain flame
#

This is telling me to sketch each angle in standard position and what quadrant it is in

rain flame
#

And it’s saying pi/6

jade umbra
#

can you show your paper

rain flame
jade umbra
#

convert the radians to degrees and then sketch

rain flame
#

Like this??

jade umbra
#

if i'm not mistaken that would be correct

rain flame
#

How would that work for 3/4 one?

#

180•3pi?

jade umbra
#

3pi/4 • 180/pi

rain flame
#

Does that just become 540pi? / 4pi?

jade umbra
#

the pi cancels out

#

and simplify

rain flame
#

Yeah

#

So 540/4?

jade umbra
#

135°

pearl pondBOT
#

@rain flame Has your question been resolved?

rain flame
#

When this question says “3 radians” it means 3pi, right?

pearl pondBOT
#

@rain flame Has your question been resolved?

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#
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willow ginkgo
pearl pondBOT
willow ginkgo
#

i need to prove DE = 1/2AB

#

i just dont understand how I can just fill in 2/1 for BC/DC

#

well I do know why ig, since given is that D is the exact middle

#

wait, so since I know the ratio, I can just fill in the ratio and use that to prove it

#

.close

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#
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sonic kelp
#

Why would this be wrong?

pearl pondBOT
regal herald
#

cos is a function, you cant just apply the power rule

#

it requires the chain rule

autumn trellis
#

You apply the chain rule even when you do the power rule

white juniper
#

thats it

jolly parrotBOT
#

smidgin

sonic kelp
#

Thank you

#

how do I mark that my question has been solved?

white juniper
#

".close"

sonic kelp
#

.close

pearl pondBOT
#
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vivid pilot
#

this is what i did so far, but its wrong

vivid pilot
#

$\frac{\pi}{16}\left(f\left(\frac{\pi}{32}\right)+f\left(\frac{3\pi}{32}\right)+f\left(\frac{5\pi}{32}\right)+f\left(\frac{7\pi}{32}\right)+f\left(\frac{9\pi}{32}\right)+f\left(\frac{11\pi}{32}\right)+f\left(\frac{13\pi}{32}\right)+f\left(\frac{15\pi}{32}\right)\right)$

jolly parrotBOT
#

talk_less

vivid pilot
#

where $f(x)=\pi\cos^6{x}$

jolly parrotBOT
#

talk_less

vivid pilot
#

anyone??

#

<@&286206848099549185>

pearl pondBOT
#

@vivid pilot Has your question been resolved?

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wanton sequoia
#

A standard die is rolled twice. Then a card is chosen at random from a standard deck. How many outcomes are possible?

elder plaza
#

what have you tried

wanton sequoia
#

well i know that if i roll the dice twice, the probability of getting any number will become 1/36

#

but i get stuck after that

#

i know the answer is 208

#

i just dont know how. i know i am missing something

#

the card is chosen once.... so the probability of any card being picked is 1/52 ....

elder plaza
#

yes

#

so

#

if we roll two dice the possible amt of outcomes are 6*6

#

36

wanton sequoia
#

yes ma'am

#

but i need to find the possible outcomes with the dice and the card.

elder plaza
#

are u sure it’s 208?

#

give me a second

wanton sequoia
#

umm well it's a question from my Son's study guide. the teacher gave out the answet sheet and it says 208

#

when i did it in my way, i got 312

#

thank you, please take your time. i am pretty ok with middle chool math but its been a while ... so i got stuck

elder plaza
#

hmm

#

i got 1872.. here's what I did

6 outcomes for rolling one die, we roll it twice
6 * 6

52 outcomes for a standard deck of cards, we add that to our multiplication series

6 * 6* 52 = 1872

wanton sequoia
#

thats what i did the first time ... but the key says 208 😦

elder plaza
#

i'm not sure why it would be 208 unless i'm reading the problem wrong

wanton sequoia
#

thats the first answer i came up with ... because they only asked for outcomes

elder plaza
#

mm

wanton sequoia
#

not a specific combination

#

I think I can challnge the teacher on that ... cuz thats what i got too the first time

elder plaza
#

yes

wanton sequoia
#

its not like they said a 2 and a 5 of spade

elder plaza
#

take one more opinion here maybe and if its the same thing

#

you can likely challenge it

wanton sequoia
#

if i may ask, do you teach or study math?

#

i am pretty ok with math and not getting the answer is killing me haha

#

i am this close to buying a math app

elder plaza
#

im taking calculus 3 and linear algebra so mostly just second year college math courses

#

im a math major

wanton sequoia
#

which brings me to ask, if you are someone in the math field ... is there an app you would recommend

elder plaza
#

gauthmath

#

photomath works until calculus as well i believe

wanton sequoia
#

i think i have become pretty confdent with your answer cuz that was my first answer too

#

I got Middleschoolers, so i think Gauth math is fine

#

thats the one i downloaded

#

but maybe its a paid one

#

ill pay if it saves me time

elder plaza
#

AI is pretty reliable too if you use two engines at once and cross check them

wanton sequoia
#

AI ... an app?

elder plaza
#

like i use chat gpt and google gemini and if they get the same answer im pretty confident

#

im sure chat gpt has an app

#

artifical intelligence

wanton sequoia
#

i know its artificial intelligence

elder plaza
#

oh yeah

#

chat gpt is an app im pretty sure

wanton sequoia
#

just asking that is that in an app or how do i access it

#

a site?

elder plaza
#

and google gemini might be an app but i know for sure you can access both on a website

#

either works

#

and they are free resources

wanton sequoia
#

ram, honey, thank you so much ....

#

i really appreciate you taking the time out

elder plaza
#

ofc GL

#

im just taking a study break from bio so no worries

wanton sequoia
#

aha! i am studying for my USMLEs

elder plaza
#

oh brother

wanton sequoia
#

bio is fun. n with the resources these days, you will love learning it

#

we did it from books, and imaginations

elder plaza
#

epithelial lining i just stopped on

#

yeah

#

epithelial lining of the intestines and stuff

wanton sequoia
#

oh that you need to remember forever

#

so don't cruise by it

elder plaza
#

well i think ill forget it after this semester 🤣 im a computer science and math double major

wanton sequoia
#

well then CRUISE BY IT haha

#

would it be ok if i add you? for math sometimes?

elder plaza
#

yes for sure

#

if i dont reply quickly feel free to ask in this server some of these people are a lot smarter than me

#

oops

#

did not mean to send that

wanton sequoia
#

sounds great 🙂 thank u added

#

well if u ever need to talk about epithelial lining ....

#

haha

#

let me know.

#

thank u 🙂

elder plaza
#

of course ill reach out

wanton sequoia
#

take care. bye

elder plaza
#

you too

#

type .close

pearl pondBOT
#

@wanton sequoia Has your question been resolved?

pearl pondBOT
#
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plush otter
#

The gradients C1, C2, etc are vectors here. I am confused on how to read the vertical bars followed by the superscript. My current understanding was that this is the squared magnitude of the gradient but I'd like confirmation as I am struggling to notice an observable difference in the simulation I am building

unborn musk
#

what are those symbols, what am i getting myself into

#

def college lvl right?

plush otter
#

Hah, -C is a scalar. w1 is the inverse mass for particle 1, and what happens to it I have no idea. Multiplied by the squared magnitude of its respective gradient was my guess

distant goblet
#

i would assume its the magnitude squared as well

plush otter
#

Ok, I was curious if the L2 norm was ever depicted with single vertical bars and a superscript

plush otter
unborn musk
#

wavelength of a particle?

distant goblet
plush otter
#

!close

#

.close

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midnight haven
pearl pondBOT
midnight haven
#

is thid right

normal depot
#

Yea

pearl pondBOT
#

@midnight haven Has your question been resolved?

midnight haven
#

ty

#

.close

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#
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grizzled dust
#

so for part b) of finding the slope of the tangent at theta = 3pi/4
i kind of thought of it as a parametric equation as suggested to me by a helper here yesterday where x(t) = r cos t = (1-cos t)cos t, y(t) = r sin t = (1-cos t)sin t
etc. then got dy/dx by using (dy/dt) / (dx/dt). After that I just used regular cartesian equation of a line etc. and this seems to have worked.

I was wondering, is there a way to solve this differently \ in a more simple way without thinking of it in cartesian terms or is this kind of the standard method for this type of problem?

pearl pondBOT
#

@grizzled dust Has your question been resolved?

sharp vigil
#

that seems to be a fairly common approach

#

the site i linked also has a general formula but it's derived from the same approach

grizzled dust
#

.close

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#
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tidal otter
#

How should I go about proving this?

pearl pondBOT
merry python
#

Do you know a way of 'factoring' this?

tidal otter
#

Geometric series?

merry python
#

Yes, basically

tidal otter
#

Alright so $\frac{x^{n }- 1}{x-1}$ is a prime number

runic zephyr
#

x^n-1

jolly parrotBOT
#

Normed

merry python
#

Yes

#

Have you ever factored x^n - 1 btw?

#

that's the way I recognized this

tidal otter
#

hmm makes sense

merry python
#

You can factor anything of the form $a^k - b^k$

jolly parrotBOT
merry python
#

so, what if n is not prime?

#

(proof by contradiction)

tidal otter
#

Ahh I see we are trying to contradict that 1 + x + x^2 + ... + x^{n-1} is not prime?

merry python
#

How could you factor the numerator if n isn't prime (so n has some factor > 1)

tidal otter
#

(x-1)(1+x+x^2+...+x^{n-1})

merry python
#

Yes, but in another way, if n = ab: $$x^n - 1 = (x^a)^b - 1^b$$

jolly parrotBOT
tidal otter
#

Ohh right

#

(x^{a}-1)(1+x^{a}+...+x^{a}{b-1})

merry python
#

Yes

#

now it's correct

tidal otter
#

And both these factors are greater than 1

merry python
#

And (x - 1), the denominator, divides the first factor

tidal otter
#

Yeah