Class 11 Mathematics Chapter 11 Conic Sections Quiz 14 (25 MCQs)

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1. Which one is the equation of the directrix of the parabolax$^{2 }$= 8y?
2. Is the locus of a point which moves so that the difference of its distances from two fixed points is constant.
3. What type of conic section is this equation? $\frac{\left(x+2\right)^2}{9}+\frac{\left(y-4\right)^2}{25}=1$
4. These are curves obtained by the intersection of right circular cone and a plane.
5. Which of the following equations represent a hyperbola?
6. What is the focus of a parabola?
7. Identify the conic represented by the equation without completing the square:$x^2+16y^2-160y+384=0$
8. Identify the conic section $\left(y-9\right)^2=\left(x+4\right)$
9. Write the equation of a circle with a center at (2, -3) and a radius of 4.
10. What is formed when the plane intersects the cones at the vertex only?
11. The standard formula for a circle.
12. Identify the conic:6x$^{2}$ + 6y$^{2}$-3x + 4y = 0
13. Identify the given conic sections that the equation represents. $16x^2+25y^2-64x-336=0$
14. For a parabola eccentricity $e$
15. Identify the given conic sections that the equation represents. $4x^2+4y^2-20x-32y+81=0$
16. All radii of a circle have equal length.
17. How do you graph a circle given its equation in standard form?
18. Which of the following is the equation for a circle with a center at (-8, -3) and a radius of 4?
19. Find the vertices:$\frac{\left(x-1\right)^2}{4}-\frac{\left(y+2\right)^2}{1}=1$
20. What is the orientation of this ellipse?
21. What is the center for the following equation? $\frac{\left(y+2\right)^2}{9}-\frac{\left(x-4\right)^2}{25}=1$
22. What is the focus of the following parabola?(y + 5)$^{2 }$=-12 (x-2)
23. What is the vertex of the parabola:y=2(x-3)$^{2}$+4
24. A degenerate ellipse is represented by a line.
25. Write an equation for the ellipse with each set of characteristics. Vertices ( 4, 3), (4, -9). Length of minor axis is 8