Lecture 1 Lecture 2 part a, Exponential functions
Lecture 2 part b, Logarithms and Inverse
functions
Lecture 3: Change and Limits Lecture 4a: Laws of Limits and examples Lecture 5: Definition of Limit and
Squeeze Theorem Lecture 6: Continuity and the
Intermediate Value Theorem Lecture 7: Limits at Infinity
The Derivative as Rate of Change Lecture 8a: Derivative as
instantaneous rate of change and as limit of average rate of change Lecture 8b Lecture 8c Lecture 9The Derivative as a
Function Lecture 10 a Derivatives of
Polynomials and Exponential Functions Lecture 10 b Lecture 11 a
The Product Rule and Quotient Rule Lecture 11b Lecture 12 Derivatives of
trigonometric functions Lecture 13a Proofs of the trig
formulas Lecture 13b Limit of sin(x)/x as
x goes to zero and review of trig Lecture 14 The Chain Rule Lecture 15 Implicit Differentiation Lecture 16 Using Implicit
Differentiation to find the derivatives of the inverse trig functions Lecture 17 Derivatives of log
functions and logarithmic differentiation Lecture 18 Differentials Lecture 19a Max/Min exercises Lecture 19b Max/Min exercises Lecture 20 The Mean Value Theorem Lecture 21 The shape of a curve Lecture 22 Introduction to
L'Hospital's Rule Lecture 23 Max/Min Word problems part 1
Lecture 24 Max/Min Word problems part 2
Lecture 25
Introduction to the Integral Lecture 26 The Definite Integral Lecture 27 The Fundamental Theorem
of Calculus part 2 Lecture 28 Change of Variables --
"u-substitution"