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Consider the ellipse defined as 9x² + 25y² +90x-50y +25=0 • write the standard form equation of the parabola with vertex located at one of vertices of the ellipse and faus located at the center of the ellipse. the write the standard form equation of the hyperbola with the same vertices as the ellipse and foci that are 7 units from the Center. • write the standard form equation of ellipse with vertices located at the covertices of the given ellipse and miner axis that is 2 units long. an

Consider the ellipse defined as 9x² + 25y² +90x-50y +25=0 • write the standard form equation of the parabola with vertex located at one of vertices of the ellipse and faus located at the center of the ellipse. the write the standard form equation of the hyperbola with the same vertices as the ellipse and foci that are 7 units from the Center. • write the standard form equation of ellipse with vertices located at the covertices of the given ellipse and miner axis that is 2 units long. an

College Algebra
College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter4: Rational Functions And Conics
Section: Chapter Questions
Problem 18T: Find the standard form of the equation of the ellipse with vertices(0,2) and (8,2) and minor axis of...
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Trying to find the standard equations for parabola, hyperbola, and ellipse with given equation.
Consider the ellipse defined as 9x² + 25y² +90x-50y +25=0 • write the standard form equation of the parabola with vertex located at one of vertices of the ellipse and faus located at the center of the ellipse. the write the standard form equation of the hyperbola with the same vertices as the ellipse and foci that are 7 units from the Center. write the standard form equation of ellipse with vertices located at the covertices of the given ellipse and miner axis that is 2 units long. an
Transcribed Image Text:Consider the ellipse defined as 9x² + 25y² +90x-50y +25=0 • write the standard form equation of the parabola with vertex located at one of vertices of the ellipse and faus located at the center of the ellipse. the write the standard form equation of the hyperbola with the same vertices as the ellipse and foci that are 7 units from the Center. write the standard form equation of ellipse with vertices located at the covertices of the given ellipse and miner axis that is 2 units long. an
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