 # Hosted by Mrs. Hopkins We need teams of no more than 4 people, and each team needs a team name and whiteboard. Each team will get to pick a question,

## Presentation on theme: "Hosted by Mrs. Hopkins We need teams of no more than 4 people, and each team needs a team name and whiteboard. Each team will get to pick a question,"— Presentation transcript:

Hosted by Mrs. Hopkins

We need teams of no more than 4 people, and each team needs a team name and whiteboard. Each team will get to pick a question, and will have the chance to answer it first. Every other team should be working on the problem though, as you have the chance to steal it if they get the wrong answer. To steal, have your answer written down and raise your hand before the other teams do!

100 200 400 300 400 Round Things Curvy Things What am I? Potpourri 300 200 400 200 100 500 100

Classify the equation as a circle, ellipse, parabola, or hyperbola and put it in standard form.

1, \$100 The center and radius of the following circle.

2, \$100 The equation in standard form of this parabola.

3, \$100 The standard form equation and shape of the given conic section.

4, \$100 The equation of this ellipse in standard form.

1, \$200 The equation of a circle with center (0, -1) and radius of 8.

2, \$200 The equation of the parabola in standard form with focus (6, -5) and directrix x=2.

3, \$200 The graph and equation in standard form of the circle whose center is (4, -4) that passes through the point (7, 0).

4, \$200 The equation in standard form of the given hyperbola.

1, \$300 The equation of this circle in standard form.

2, \$300 The equation in standard form of the given hyperbola.

3, \$300 The standard form equation and shape of the given conic section.

4, \$300 The standard form equation and all important qualities of the given conic section.

1, \$400 Daily Double! The equation in standard form for the given ellipse.

2, \$400 The equation of a hyperbola in standard form with vertices (0, 0) and (8, 0) and asymptotes y = 2(x - 4) and y = -2(x - 4).

3, \$400 The graph of the following parabola.

4, \$400 The equation of an ellipse with e=4/5 and foci (5, -3) and (5, -2).

1, \$500 The equation of an ellipse with foci (-2, 5) and (-2, -1) and a major axis length of 10.

2, \$500 The equation of this hyperbola in standard form.

3, \$500 The equation in standard form of the given conic section.

4, \$500 The standard form equation and shape of the given conic section.

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