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Mathematics 17 Online
OpenStudy (gnrfan):

Pls help me with hard math

OpenStudy (holly00d1248):

theres no Question

OpenStudy (anonymous):

je sais

OpenStudy (holly00d1248):

What???

OpenStudy (gnrfan):

As one of the new roller coaster engineers, you have been tasked with developing a roller coaster that will intertwine with existing Oakville Lake Amusement Park structures. For one of the more thrilling sections, the roller coaster will dive down in-between buildings, plummet underground, pop back up, and coast over a hill before shooting back underground. There must be three distinct points where the roller coaster crosses the x–axis. Precise measurements and attention to detail are very important. coordinate plane with buildings blocking off x–intercepts of negative 11, negative 10, 0, 1, 2, 3, 9, and 10 First, here is the existing map of current structures. It is important that the roller coaster does not go through the foundation of any of these structures. 1st point: ___6___ 2nd point:___-2___ 3rd point: ___-7___ Using the points above as zeros, construct the polynomial function, f(x), that will be the path of your roller coaster. Show all of your work. Using both fundamental Theorem and Descartes` rule of signs, prove to the construction foreman that your funtion matches your graph. Use complete sentences. Solve for the y–intercept for your function, f(x), and then construct a rough graph of your roller coaster. If your y–intercept is off the graph, give the coordinates of the y–intercept.

OpenStudy (anonymous):

Je sais is french for I know. I learned that from memrise!

OpenStudy (holly00d1248):

Im sorry this is math not reading LOL @gnrfan

OpenStudy (gnrfan):

cool, can you help please? no one has helped me with this for the past couple day's

OpenStudy (anonymous):

I'm sorry but Im only in elementary

OpenStudy (holly00d1248):

really

OpenStudy (gnrfan):

you look a lot older 0_o

OpenStudy (gnrfan):

wat about you @Holly00d1248

OpenStudy (anonymous):

Just kidding! Im in 6th grade

OpenStudy (holly00d1248):

and youve answered questions i couldnt and i m in 8th

OpenStudy (gnrfan):

dude im in highschool and couldn't answer those. This is why I hate math

OpenStudy (holly00d1248):

Well i cant help you with this nomatter how good i am at math sorry

OpenStudy (gnrfan):

k

OpenStudy (gnrfan):

Haik?

OpenStudy (gnrfan):

hailkk?*

OpenStudy (holly00d1248):

@Legends could probably help you but i think he just left

OpenStudy (gnrfan):

yea

OpenStudy (gnrfan):

im feel like I should accept a zero on this

OpenStudy (anonymous):

Cant you retake the test? Like try your best on the first try then review the answers to see how it works

OpenStudy (legends):

OK SO THE GREA LEGENDS CAME TO TELL YOU THAT i don't understand sorry lol

OpenStudy (legends):

GREAT*

OpenStudy (gnrfan):

I HATE MATH SO MUCH!!!

OpenStudy (anonymous):

@TheSmartOne @satellite73

OpenStudy (anonymous):

Have you checked the link out? http://openstudy.com/study#/updates/526a9861e4b08ed552540a02

OpenStudy (gnrfan):

k, hold on

OpenStudy (gnrfan):

that on is different becuase that one he can choose his points, mine are set

OpenStudy (holly00d1248):

hey math can here you say that

OpenStudy (gnrfan):

one*

OpenStudy (anonymous):

Can any of the people I tagged help? *_*

OpenStudy (gnrfan):

this math is impossibru

OpenStudy (anonymous):

Im so sorry :(

OpenStudy (gnrfan):

i can't even guess because it's not multiple choice. I am so screwed

OpenStudy (gnrfan):

@abb0t @Destinymasha

OpenStudy (gnrfan):

@johnweldon1993 @jigglypuff314

OpenStudy (gnrfan):

can u help @johnweldon1993

OpenStudy (johnweldon1993):

I can, just looking at something sorry There is a picture that accompanies this am I correct?

OpenStudy (gnrfan):

yes

OpenStudy (johnweldon1993):

Could you attach that for me?

OpenStudy (gnrfan):

im on an flvs website. the link is locked

OpenStudy (gnrfan):

can you see the picture

OpenStudy (johnweldon1993):

Nope, but after looking through the conversation so far, that link provided above by @HailKK does the picture in that question match yours? or is it different?

OpenStudy (gnrfan):

yes but with no lines on the graph. just the buildings

OpenStudy (johnweldon1993):

Okay thats fine, actually funny because I answered this question a while back as well http://openstudy.com/study#/updates/529b7da9e4b0e39d4e829521 Now you are correct in the fact that they are different because your points are fixed, however the solving process is identical...take a look at what my answer was on this link and see if that helps at all...if not...just say so and I'll be more than happy to help :)

OpenStudy (gnrfan):

k thanks

OpenStudy (gnrfan):

@johnweldon1993 I still have no clue, all I got was what the graph was supposed to look like

OpenStudy (johnweldon1993):

Alright, so your fixed points are x=6, x=-2 and x=-7 correct?

OpenStudy (gnrfan):

yes sir

OpenStudy (johnweldon1993):

Alright so what that means is your function, whatever that may be, will pass through those points on the 'x' axis Sidebar real quick...Let me ask you, if we have the function x^2 - 1...that looks like |dw:1423008128826:dw| or something like that lol

OpenStudy (johnweldon1993):

What are these points here...? |dw:1423008199131:dw|

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