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Find an Equation of the Following Curve

Question 51

Multiple Choice

Find an equation of the following curve.
-An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1


A) Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 - Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 = 1
B) Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 + Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 = 1
C) Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 + Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 = 1
D) Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 - Find an equation of the following curve. -An ellipse centered at the origin having vertex at (0, -6) and eccentricity equal to A) - = 1 B) + = 1 C) + = 1 D) - = 1 = 1

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