Which is the Equation shown by the graph?

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Which is the Equation shown by the graph?

Mathematics
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do you know the standard form of ellipse ?
no

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\[\huge\rm \frac{ (x-h)^2 }{ a^2 } +\frac{ (y-k)^2 }{ b^2 }\] standard form of ellipse if a is under the x then it would be horizontal and if a is under y then graph would be vertical |dw:1439072800559:dw||dw:1439072820181:dw|
by just looking at the standard form of the equation you can eliminate 2 answer choices
so it is vertial
yes right
which two are eliminated then?
\[\huge\rm \frac{ (x-y)^2 }{ a^2 } - \frac{ (y-k)^2 }{ b^2 }\] this is standard form equation of *hyperbola* only difference is the sign between both fractions
and sorry i forgot to tell a=always bigger than b
im still confused on what the answer is though
reread my comments you will get the answer :=)
...no..
idk what a stands for
do you know the difference between ellipse and hyperbola graph ?
no
a represents bigger number
do you know anything about ellipse equations ?
nope
surprising
...why
bec you don't know the introduction of conic section which supposed to be ur h.w
|dw:1439073497169:dw|\[\huge\rm \frac{ (x-y)^2 }{ a^2 } - \frac{ (y-k)^2 }{ b^2 }\] this is standard form equation of *hyperbola* that's how the graph looks like
I just asked for help, if you aren't going to help please don't waste my time I just wanted to learn how, not be insulted with sarcasm thank you.
and here is graph of ellipse equation |dw:1439073570566:dw|\[\huge\rm \frac{ (x-y)^2 }{ a^2 } \color{reD}{+} \frac{ (y-k)^2 }{ b^2 }\]
i'm not insulting you sorry if you take it that way.
so now can you find the difference between both equations ?
and sorry i asked few questions so i can get an idea where to start sorry if u mind..
i got x^2/4+y^2/16=1
hm given graph of ellipse is vertical right ?
yeah
yes right so bigger number should be under the y value and there is plus sign so that's right!
thank you for your help
my pleasure. B and D can't be the answer bec those 2 are hyperbola equations

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