anonymous
  • anonymous
Find an equation in standard form for the hyperbola with vertices at (0, ±10) and asymptotes at y = ±5/6* x.
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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jamiebookeater
  • jamiebookeater
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Plasmataco
  • Plasmataco
... I'll try but no garentees
anonymous
  • anonymous
No problem! Atleast if you can try or get someone to help you too
Plasmataco
  • Plasmataco
It's center is at the origin so...

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Plasmataco
  • Plasmataco
Ok... U listening?
Plasmataco
  • Plasmataco
What u got to do is put the x in the coordinates of the vertices in for the asymptote equation.
Plasmataco
  • Plasmataco
So plug 10 in to get y=50/6
anonymous
  • anonymous
is this vertical or horiztonal though
Plasmataco
  • Plasmataco
.
Plasmataco
  • Plasmataco
Hang on.
Plasmataco
  • Plasmataco
Because the center is (0,0), it makes thing a lot easier
anonymous
  • anonymous
Oh okay
Plasmataco
  • Plasmataco
The equation is ((X-g)/a)-((y-f)/b)=1
anonymous
  • anonymous
okay yeah I have that
Plasmataco
  • Plasmataco
(G,f) is the center of the hyperbola in which case (0,0) so we can cancel those out to get (X squared)/a-(y squared)/b
Plasmataco
  • Plasmataco
My first equation is wrong. I forgot the power 2 after(x-g) and (y-f) sry 😓
anonymous
  • anonymous
okay yeah I was gonna correct that
Plasmataco
  • Plasmataco
A is the x part of the vertice so 10. B is what we solved earlier with the asymptote.
anonymous
  • anonymous
wait what is b?
Plasmataco
  • Plasmataco
So we get (x squared)/10-(y squared times 6)/50=1
Plasmataco
  • Plasmataco
The 6th comment
Plasmataco
  • Plasmataco
No wait the answer is (x/10) squared-(6y/50) squared=1
Plasmataco
  • Plasmataco
Forgot another pair of squares at the denominator
Plasmataco
  • Plasmataco
Here's the link I used
Plasmataco
  • Plasmataco
http://www.endmemo.com/geometry/hyperbola.php
Plasmataco
  • Plasmataco
@PHUNISH ?
Plasmataco
  • Plasmataco
Ok well. I gotta go sry
Plasmataco
  • Plasmataco
I hoped I helped
anonymous
  • anonymous
Yeah sorry I been trying to figure this out with my notes but you helped so much more thank you so much

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