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Class 11 Maths Practice Test - Ellipse - Conic Sections
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Class 11 Maths Practice Test - Ellipse - Conic Sections
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11 Questions

1. What is length of latus rectum for ellipse \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1?
2. What is eccentricity for \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1?
3. An ellipse has ___________ vertices and ____________ foci.
4. What is equation of latus rectums of ellipse \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1?
5. What is minor axis length for ellipse \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1?
6. If length of major axis is 10 and minor axis is 8 and major axis is along x-axis then find the equation of ellipse.
7. Find the coordinates of foci of ellipse \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1.
8. Find the coordinates of foci of ellipse \((\frac{x}{16})^2+(\frac{y}{25})^2\)=1.
9. What is major axis length for ellipse \((\frac{x}{25})^2+(\frac{y}{16})^2\)=1?
10. The center of ellipse is same as a vertex.
11. If foci of an ellipse are (0, ±3) and length of semimajor axis is 5 units, then find the equation of ellipse.