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Mathematics 9 Online
OpenStudy (anonymous):

a model rocket is launched from a roof into a large field. the path of the rocket can be modeled by the equation y=0.06x^2+10.1x+5, where x is the horizontal distance, in meters, from the starting point on the roof and y is the height, in meters, of the rocket above ground? a) 168.83 m b) 5.00 m c) 84.17 m d) 168.34 m

OpenStudy (anonymous):

@NatPanda

OpenStudy (ankit042):

what is the question? what are we supposed to find here

OpenStudy (anonymous):

I think its B but I'm not 100% sure sorry im really tired

OpenStudy (anonymous):

that's ok ur like the only one replying so im counting on you anyone else have suggestions

OpenStudy (the_fizicx99):

You're given the problem itself. However you don't know what you're looking for... I don't know how you got that answer if they didn't state what you're looking for.

OpenStudy (the_fizicx99):

they're*

OpenStudy (anonymous):

sorry i left a part out

OpenStudy (anonymous):

the question is: How far horizontally from its starting point will the rocket land?

OpenStudy (the_fizicx99):

Basically find the soultions

OpenStudy (anonymous):

could you help me out with this one i have another like it and if you help me on this one I'll do the other one on my own, this stuff really confuses me

OpenStudy (anonymous):

btw...I think it's A but not really sure

OpenStudy (the_fizicx99):

Use the quadratic formula, or graph it. Graphing it is allot faster. Just find when it touches the x axis. There should be 2 solution's, use the one that's positive.

OpenStudy (anonymous):

ok hold on

OpenStudy (anonymous):

I think I got the answer.................C

OpenStudy (anonymous):

?!?!?!?!

OpenStudy (anonymous):

Can I get a confirmation on whether that's right or not?

OpenStudy (the_fizicx99):

There's something wrong... are you sure that the equation isn't y = -0.06x^2+10.1x+5

OpenStudy (anonymous):

yes I'm sure the question says y=0.06x^2+10.1x+5

OpenStudy (the_fizicx99):

If I'm right, no, it's not C.

OpenStudy (the_fizicx99):

Can you print screen the whole problem?

OpenStudy (anonymous):

umm, I'll try

OpenStudy (anonymous):

ok I can't

OpenStudy (anonymous):

what I put down is what it says

OpenStudy (the_fizicx99):

Apply some logic, how is it \(\ \sf possible \) that a rocket will go under the ground ._. |dw:1400302004008:dw|

OpenStudy (anonymous):

when I put it on wolfram whatever that site is it was above the line

OpenStudy (the_fizicx99):

I know, when I put what I thought was correct I got A...

OpenStudy (anonymous):

weird so what do i put

OpenStudy (the_fizicx99):

OpenStudy (anonymous):

imma put down C

OpenStudy (the_fizicx99):

@AravindG

OpenStudy (the_fizicx99):

K, have fun. Pretty sure there's something wrong with the problem if it isn't negative. Hm! It says what's the distance between the starting point and where it landed. I actually got D when I subtract 168.8 -0.5. This being the equation says -0.06x^2

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