Question

Help ! {image attached}

Answer 1

which one?

Answer 2

All of them .

Answer 3

@primeralph

Answer 4

chill.

Answer 5

.can't really see the stuff.can you type them out?

Answer 6

Okay.

Answer 7

1. \[\frac{ x^2 }{ 16 } + \frac{ y^2 }{ 36 }=1\]
Vertices:
CoVertices:
Foci:

Answer 8

2. 9y^3-4x^3=36
Standard Form:
Vertices:
Foci:

Answer 9

3. (x-2)^2 = 8(y+1)
Vertices:
Foci:
Directrix:

Answer 10

Graph: \[\frac{ (x+3)^2 }{ 4 } + \frac{ (y-1)^2 }{ 25 } = 1\]
Center:
Vertices:
Foci:

Answer 11

They all need to be graphed.

Answer 12

what are your answers?

Answer 13

I don't have any besides the first one. I'm not good with this topic.

Answer 14

First one I have: Vertices: (0,6)(0,-6)
Covertices:?
Foci: (0,2sqrt5)(0,-2sqrt5)

Answer 15

you're doing good,
co-vertices will be the x part, + and - like you did the y part for vertices.

Answer 16

that is only because the x is less.
larger = vertices
smaller = co-vertices

Answer 17

(4,0)(-4,0) ?

Answer 18

yeah

Answer 19

Okay so what about for #2?

Answer 20

post your answers first............I can only help check what you've done....

Answer 21

I haven't done any others.. I don't know how .

Answer 22

okay, you got the standard form........

Answer 23

Okay...?

Answer 24

plug in 0 for x and 0 for y to find vertices

Answer 25

........I'm sorry, I got to go....I'm cooking.

Answer 26

Okay thank you.

Answer 27

type in 8 and 9.

Answer 28

think 7 is right.

Answer 29

actually, type that too.

Answer 30

The questions are typed above.

Answer 31

See them? @macknojia

Answer 32

ohh, my bad.
alright so number 8 on your worksheet is a parabola.

Answer 33

number 9 is an ellipse.

Answer 34

Okay great. So what are the vertices, foci, and directrix? And how is it graphed?

Answer 35

parabola is simple enough.
for the ellipse you find the a and b which will be 2 and 5.

Answer 36

so its vertically longer than horizontally

Answer 37

So for #9: whats the center, vertices, and foci?

Answer 38

hold up my memory is kinda hazy on this..
isnt the focus=sqrt(a^2+b^2)

Answer 39

I'm not sure I'm no good at this either lol.

Answer 40

alright let me check online. check your notes lol

Answer 41

Alright well I'm gonna go to bed, thanks for the help! :)