1. 10.5 Segment Lengths in Circles

2. Theorem
When chords intersect, the chords break into segments that are equal when multiplied.

3. Theorem
When chords intersect, the chords break into segments that are equal when multiplied.

4. Theorem
When chords intersect, the chords break into segments that are equal when multiplied.

5. Theorem
When chords intersect, the chords break into segments that are equal when multiplied.

6. Theorem
When two secants intersect a circle, the segments of the secants (the chord and the whole secant ) are equal when multiplied together.

7. Theorem
When two secants intersect a circle, the segments of the secants (the chord and the whole secant ) are equal when multiplied together.

8. Theorem
When two secants intersect a circle, the segments of the secants (the chord and the whole secant ) are equal when multiplied together.

9. Theorem
A tangent and a secant

10. Theorem
A tangent and a secant

11. Theorem
A tangent and a secant

12. Theorem
A tangent and a secant

13. Theorem
A tangent and a secant

14. Theorem
A tangent and a secant

15. Theorem
A tangent and a secant

16. Theorem
A tangent and a secant

17. Theorem
A tangent and a secant

18. Homework
Page 632 – 633 #