Chapter 11 Practice Test Form AName ______

  1. A parabola has vertex at (0, 0) and focus at (0, 5).

Write its equation.______

  1. Find the focus and directrix of the parabola.

______

Match the equation with its graph.

  1. ______4. ______5. ______
  1. Write an equation of the circle centered at (0, 0) with radius 7.______
  1. Sketch the graph of.
  1. Write the standard form of the equation of the circle

that passes through the point (5, -1) and whose center

is the origin.______

  1. Find the points of intersection, if any, of the graphs.______
  1. Find an equation of the ellipse centered at (0, 0)

with a vertex at (-4, 0) and a co-vertex at (0, 3).______

  1. Find the vertices and foci of.

______

  1. Sketch the graph of.

Label center with c

Label vertices with v’s

Label co-vertices with vc’s

  1. Find an equation of the ellipse. Vertex: (0, 4)

The center of the ellipse is (0, 0). Focus: (0, -3)______

  1. Write the equation in standard form.

Find the foci and vertices.

______

  1. Find the vertices and foci of the hyperbola.______
  1. A hyperbola has vertices at (±2, 0) and foci at (±9, 0).______

Write its equation.

  1. Sketch the hyperbola

Sketch in asymptotes

Label centerc

Label verticesv

Match the equation with its graph.

  1. 19. 20.
  1. 22. 23.

Find an equation for the conic

  1. Ellipse: vertices (-8, -5), (4, -5)

and co-vertices (-2, -1), (-2, -9)______

  1. Parabola: vertex (2, -1) and focus (-1, -1)

______

  1. Circle: center (-2, 3) and radius 5

______

  1. Hyperbola: vertices (-5 -3), (1, -3)

and foci (-7, -3), (3, -3)

______

Classify the conic

  1. ______
  1. ______
  1. ______
  1. ______
  1. ______
  1. A parabola has vertex at (0, 0) and focus at (0, 5).

Write its equation.

  1. Find the focus and directrix of the parabola.

(-1, 0), x = 1

Match the equation with its graph.

  1. C 4. A5. B
  1. Write an equation of the circle centered at (0, 0) with radius 7.
  1. Sketch the graph of.
  1. Write the standard form of the equation of the circle

that passes through the point (5, -1) and whose center

is the origin.

  1. Find the points of intersection, if any, of the graphs.(6, 8), (8, 6)
  1. Find an equation of the ellipse centered at (0, 0)

with a vertex at (-4, 0) and a co-vertex at (0, 3).

  1. Find the vertices and foci of.
  1. Sketch the graph of.

Label center with c

Label vertices with v’s

Label co-vertices with vc’s

  1. Find an equation of the ellipse. Vertex: (0, 4)

The center of the ellipse is (0, 0). Focus: (0, -3)

  1. Write the equation in standard form.

Find the foci and vertices.

  1. Find the vertices and foci of the hyperbola.
  1. A hyperbola has vertices at (±2, 0) and foci at (±9, 0).

Write its equation.

  1. Sketch the hyperbola

Sketch in asymptotes

Label center c

Label vertices v

Match the equation with its graph.

  1. F 19. D20. B
  1. E 22. C23. A

Find an equation for the conic

  1. Ellipse: vertices (-8, -5), (4, -5)

and co-vertices (-2, -1), (-2, -9)

  1. Parabola: vertex (2, -1) and focus (-1, -1)
  1. Circle: center (-2, 3) and radius 5
  1. Hyperbola: vertices (-5 -3), (1, -3)

and foci (-7, -3), (3, -3)

Classify the conic

  1. Ellipse
  1. Hyperbola
  1. Parabola
  1. Parabola
  1. Circle