1. Definition (p. 866)

2. Theorem (p. 866)

3. Definition (p. 866)

4. 13.2.4 (p. 868) Geometric Interpretation of the Derivative
Theorem (p. 868)

5. Theorem (p. 869)

6. Definition (p. 869)

7. Equation (2) (p. 877)
Equation (3) (p. 877)
Theorem (p. 878)

8. Using Arc Length as a Parameter (p. 878)

9. Theorem (p. 881)
Equation (11)
Equation (12)

10. Equation (1) (p. 886)
Equation (2) (p. 887)

11. Equation (6) (p. 889)
Equation (7)

12. Equation (9) (p. 889)
Equation (11) (p. 890)
Equation (12) (p. 890)

13. Definition (p. 892)

14. Theorem (p. 893)

15. Equations (9) through (11) (p. 896)

16. Equations (12) through (14) (pp. 896-897)

17. Definition (p. 901)

18. Table (p. 902)

19. Equation (8) (p. 903)
Equation (9)

20. Theorem (p. 904)
Equations (12) and (13) (p. 905)
Equation (14) (p. 905)

21. Theorem (p. 905)

22. Equation (26) (p. 908)
Equation (27) (p. 909)

23. (p. 914) Kepler's Laws

24. 13.7.2 (p. 915) Newton's Law of Universal Gravitation