chapter 10. write an equation given the focus and directrix. use the distance formula

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Algebra 2: Conic Sections Chapter 10

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Page 1: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Algebra 2: Conic Sections

Chapter 10

Page 2: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 3: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Write an equation given the focus and directrix.

Use the distance formula.

10-2 Parabolas

Page 4: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 5: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

The most general form of a quadratic function is y= ax2

10-2 Parabolas

Page 6: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 7: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 8: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 9: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 10: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 11: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Complete the square to convert the equation into vertex form.

10-2 Parabolas

Page 12: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 13: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-2 Parabolas

Page 14: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-3 Circles

Page 15: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-3 Circles

Page 16: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

10-3 Circles

Page 17: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Complete the squares to convert equations to standard form.

1. x2 + y2 – 2x + 6y + 9 = 0

2. x2 + y2 -2x - 4y - 20 = 0

3. x2 + y2 – 4x + 8y + 16 = 0

10-3 Circles

Page 18: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Warm Up: Circles

Page 19: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Ellipses

Page 20: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 21: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 22: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 23: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 24: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 25: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Hyperbolas

Page 26: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 27: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 28: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 29: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 30: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 31: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 32: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 33: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Find the equation of the hyperbola

Page 34: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula

Identifying a Conic Section

Page 35: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula
Page 36: Chapter 10.  Write an equation given the focus and directrix.  Use the distance formula