Solved

Find the Vertices and Foci of the Ellipse

Question 121

Multiple Choice

Find the vertices and foci of the ellipse.
-36 Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) + 49 Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) = 1764


A) Vertices: (±7, 0) ; Foci: (± Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) , 0)
B) Vertices: (0, ±7) ; Foci (0, ± Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) )
C) Vertices: (±6, 0) ; Foci: (± Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) , 0)
D) Vertices: (0, ±6) ; Foci (0, ± Find the vertices and foci of the ellipse. -36 + 49 = 1764 A) Vertices: (±7, 0) ; Foci: (± , 0) B) Vertices: (0, ±7) ; Foci (0, ± ) C) Vertices: (±6, 0) ; Foci: (± , 0) D) Vertices: (0, ±6) ; Foci (0, ± ) )

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q116: Graph.
-9 Graph. -9</p></div><svg width=

Q117: Graph.
-36 Graph. -36</p></div><svg width=

Q118: Graph.
-Graph. - </p></div><svg width=

Q119: Find the vertices and foci of the

Q120: Find the vertices and foci of the

Q122: Find the vertices and foci of the

Q123: Find the vertices and foci of the

Q124: Find the vertices and foci of the

Q125: Find the standard-form equation of the ellipse

Q126: Find the standard-form equation of the ellipse

Unlock this Answer For Free Now!

View this answer and more for free by performing one of the following actions

qr-code

Scan the QR code to install the App and get 2 free unlocks

upload documents

Unlock quizzes for free by uploading documents