A comet’s path (as it approaches the sun) can be modeled by one branch of the hyperbola , where the sun is at the focus of that part of the hyperbola. Each unit of the coordinate system is 1 million miles. Find the coordinates of the sun (assuming it is at the focus with non-negative coordinates). Round to the nearest hundredth. How close does the comet come to the sun?
@Ballerina_MJ
what the hyperbola
Say what?
you said modeled by 1 branch of heperbola
A hyperbola is a symmetrical open curve formed by the intersection of a circular cone
is it y^2/1096-x^2/41334=1
not talking about the definition
@Janu16 So sorry; Ive no idea what ur saying
do you seee the number i wrote up there? is that in you problem?
Oh yeah it is...
same number right? do you need the graph or only answer?
yeah. I need the coordinates
ok wait
look at that attachment
is that what you are looking for?
I cant use that though! Its like the same answer! I need it explained to me. And help
look at the note section for the coordinated or other stuff
you dont need grpah only the written part right? i can help you reword it
Yeah I dont need the graph. Just the coordinates and how close it came to the sun
Okay so the notes kinda explain your problem out so basically. you would make the hyperbola 0,0 like a graph/coordinate
Okay :)
I'm trying my hardest to explain and since I'm in middle school that doesn't help much either xD
Awh thanks haha
the equation c^2=a^2+b^2 can be used since the sunis at a focus and we take postive value of the c which would be square rooot1096+41334 which equals to 205.99. so (0,205.99) will be the coordinate of the sun.
that would be part A. do you get it?
Yeah okay so the B would be ??
alright hold on
The closest the comet gets to the sun is 206 -33 or 173 million miles
Ahh okay :)
it would be around 206-33 when the comets get closer to the sun or 73 million miles
173 i menat
All right, so thats part B right? Okay so as I said I cant use the same thing as the screenshot though...
you want to always use different word when rewording it . yes thats part b
hope that helped you
Yes it did thank you so very much :) Both of you :)
no prob
No problem glad we could help! :) <3
@Ballerina_MJ Awh you're so sweet haha :)
Let me know if you need help with anymore
All right! Thanks so much :)
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