Graphing Conic Inequalities and Circles

The video tutorial covers conic inequalities, focusing on graphing techniques for circles and parabolas. It explains how to handle inequalities by shading regions and solving systems of conic inequalities. The tutorial concludes with a homework assignment involving graphing problems.

What is the primary focus when dealing with conic inequalities?

• Determining the slope

• Calculating the area

• Graphing accurately

• Finding the vertex

Where is the center of the circle located in the graph?

• (1, 1)

• (0, 0)

• (3, 2)

• (2, 3)

What is the radius of the circle in the graph?

• 2

• 4

• 3

• 1

How is the parabola positioned in relation to the circle?

• Below the circle

• Over the circle

• Inside the circle

• Above the circle

What is the value of 'p' in the parabola equation?

• 4

• 1

• 2

• 3

What type of line is used when graphing inequalities without an equal component?

• Dotted line

• Dashed line

• Solid line

• Bold line

What is the easiest point to use when testing shading for a circle?

• (1, 1)

• (0, 0)

• (2, 2)

• (3, 3)

If a test point is outside the circle and does not satisfy the inequality, where should you shade?

• Below the circle

• Above the circle

• Outside the circle

• Inside the circle

What is the result when plugging (0, 0) into the parabola inequality?

• It satisfies the inequality

• It does not satisfy the inequality

• It is equal to the inequality

• It is undefined

Where should you shade if the test point satisfies the parabola inequality?

• Below the parabola

• Above the parabola

• Outside the parabola

• Inside the parabola