can someone walk me through it so i can get the correct answer

- anonymous

can someone walk me through it so i can get the correct answer

- katieb

I got my questions answered at brainly.com in under 10 minutes. Go to brainly.com now for free help!

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- anonymous

There are two fruit trees located at (3,0) and (−3, 0) in the backyard plan. Maurice wants to use these two fruit trees as the focal points for an elliptical flowerbed. Johanna wants to use these two fruit trees as the focal points for some hyperbolic flowerbeds. Create the location of two vertices on the y-axis. Show your work creating the equations for both the horizontal ellipse and the horizontal hyperbola. Include the graph of both equations and the focal points on the same coordinate plane.

- anonymous

@abb0t plz

- abb0t

elliptical means that it is round.

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## More answers

- anonymous

ok

- anonymous

- anonymous

can u help me solve it @abb0t

- anonymous

the question

- abb0t

No, but @paki can.

- anonymous

thanks

- anonymous

- anonymous

@paki can you help me please

- anonymous

- anonymous

can you please help me

- arindameducationusc

i will try...

- anonymous

ok thx

- arindameducationusc

nice question... trying...wait...

- anonymous

- anonymous

okk i am

- arindameducationusc

okay in this case, first the Ellipse
let distance from center to vertice be 'a'

- anonymous

ook

- arindameducationusc

|dw:1439572761781:dw|

- arindameducationusc

so, we have to find the question mark points right?

- anonymous

yes correct

- anonymous

|dw:1439527045245:dw|

- arindameducationusc

hmmm. trying... actually i am having food and also trying so taking time :D

- anonymous

:) lol

- arindameducationusc

is eccentricity given?

- anonymous

reate the location of two vertices on the y-axis. Show your work creating the equations for both the horizontal ellipse and the horizontal hyperbola. Include the graph of both equations and the focal points on the same coordinate plane.

- anonymous

creat*

- anonymous

thats the part we on know

- arindameducationusc

degree of flatness of an ellipse is defined as eccentricity.
b^2=a^2(1-e^2)
this is a relation which I know

- anonymous

ok

- arindameducationusc

https://prezi.com/7bwghfp0ba4n/honors-activity/
I found a link, just check if this works @hype.child

- anonymous

ok

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