Limits and Continuity |

Limits by direct evaluation |

Limits at jump discontinuities and kinks |

Limits at removable discontinuities |

Limits at infinity |

Determining and classifying continuity |

Differentiation |

Average rates of change |

Definition of the derivative |

Instantaneous rates of change |

Power rule of differentiation |

Higher order derivatives |

Product rule of differentiation |

Quotient rule of differentiation |

Chain rule of differentiation |

Differentiation rules using tables |

Trigonometric differentiation |

Inverse trigonometric differentiation |

Differentiating natural logarithms and exponentials |

Differentiating other base logarithms and exponentials |

Logarithmic differentiation |

Implicit differentiation |

Differentiating inverse functions |

Applications of Differentiation |

Slope, tangent, and normal lines |

Rolle's Theorem |

Mean Value Theorem |

Intervals of increase and decrease |

Intervals of concavity |

Relative extrema |

Absolute extrema |

Optimization |

Curve sketching |

Graphical comparison of a function and its derivatives |

Motion along a line |

Related rates |

Differentials |

Newton's Method |

Limits in form of definition of derivative |

L'Hôpital's Rule |

Indefinite Integration |

Power rule of integration |

Logarithmic rule and exponentials |

Trigonometric integration |

Integrating inverse trig functions |

Integrating using the power rule with substitution |

Integrating using the logarithmic rule and exponentials with substitution |

Trigonometric integration with substitution |

Inverse trigonometric integration with substitution |

Integration by parts |

Definite Integration |

Approximating area under a curve |

Area under a curve by limit of sums |

Riemann sum tables |

First Fundamental Theorem of Calculus |

Substitution with change of variables |

Mean Value Theorem |

Second Fundamental Theorem of Calculus |

Applications of Integration |

Area under a curve |

Area between curves |

Finding volume by slicing, disks and washers |

Finding volume using the cylindrical shell method |

Finding volume of solids with known cross sections |

Motion along a line revisited |

Differential Equations |

Slope fields |

Introduction to differential equations |

Separable differential equations |