Functions and calculus

Derivatives

Average and instantaneous velocity, The derivative at a point: the limit definition, The tangent line, The derivative function, Interpreting the derivative: rates and units, The second derivative, concavity and acceleration, Differentiability and continuity, Local linearization, The power, constant multiple and sum rules, Derivatives of exponential functions, Derivatives of sine and cosine, The product rule, The quotient rule, Derivatives of tangent, secant, cotangent and cosecant, The chain rule, Derivatives of inverse functions: ln x, arcsin x, arctan x, Implicit differentiation, Tangent lines to curves defined implicitly, The derivative of an inverse function, Related rates: area and volume, Related rates with right triangles, Related rates with similar triangles, L'Hôpital's rule, Critical numbers and the first derivative test, The second derivative test and inflection points, Global extrema on a closed interval, The Mean Value Theorem, Motion on a line: velocity, acceleration, distance, Optimization

Rules, tangent lines, rates, optimization

Practice

Lessons, in order

  1. 1. Average and instantaneous velocity Calculus AB (AP-aligned)
  2. 2. The derivative at a point: the limit definition Calculus AB (AP-aligned)
  3. 3. The tangent line Calculus AB (AP-aligned)
  4. 4. The derivative function Calculus AB (AP-aligned)
  5. 5. Interpreting the derivative: rates and units Calculus AB (AP-aligned)
  6. 6. The second derivative, concavity and acceleration Calculus AB (AP-aligned)
  7. 7. Differentiability and continuity Calculus AB (AP-aligned)
  8. 8. Local linearization Calculus AB (AP-aligned)
  9. 9. The power, constant multiple and sum rules Calculus AB (AP-aligned)
  10. 10. Derivatives of exponential functions Calculus AB (AP-aligned)
  11. 11. Derivatives of sine and cosine Calculus AB (AP-aligned)
  12. 12. The product rule Calculus AB (AP-aligned)
  13. 13. The quotient rule Calculus AB (AP-aligned)
  14. 14. Derivatives of tangent, secant, cotangent and cosecant Calculus AB (AP-aligned)
  15. 15. The chain rule Calculus AB (AP-aligned)
  16. 16. Derivatives of inverse functions: ln x, arcsin x, arctan x Calculus AB (AP-aligned)
  17. 17. Implicit differentiation Calculus AB (AP-aligned)
  18. 18. Tangent lines to curves defined implicitly Calculus AB (AP-aligned)
  19. 19. The derivative of an inverse function Calculus AB (AP-aligned)
  20. 20. Related rates: area and volume Calculus AB (AP-aligned)
  21. 21. Related rates with right triangles Calculus AB (AP-aligned)
  22. 22. Related rates with similar triangles Calculus AB (AP-aligned)
  23. 23. L'Hôpital's rule Calculus AB (AP-aligned)
  24. 24. Critical numbers and the first derivative test Calculus AB (AP-aligned)
  25. 25. The second derivative test and inflection points Calculus AB (AP-aligned)
  26. 26. Global extrema on a closed interval Calculus AB (AP-aligned)
  27. 27. The Mean Value Theorem Calculus AB (AP-aligned)
  28. 28. Motion on a line: velocity, acceleration, distance Calculus AB (AP-aligned)
  29. 29. Optimization Calculus AB (AP-aligned)