I believe calculus is best learned through four or five short
lectures each week throughout a 14week semester, and this course of
video lectures is designed for such a format. It should go without
saying that you should also read your text actively and work LOTS
of problems yourself for practice. Ideally you will also meet as a
class or small group at least once per week for discussions, problem
sessions, quizzes and tests. Although working together offers
crucial benefits, independence is much more important than group
work. Learning calculus well requires countless hours of
solitary study and practice. These lectures are in the form of screencast slideshows. They are designed to be textbookindependent, but nonetheless should be accompanied by a good textbook. The sequencing and notation matches most standard calculus texts. The content, approach and pacing is informed by my experiences teaching Calculus more than 50 times. The lectures in Part 1 (Functions) are a review of algebra and trigonometry, which are the foundations for Calculus I. Ideally you should already know this material. However, most students enter Calculus I with insufficient mastery of it; Part 1 is designed for them. Currently the lectures are on YouTube. I plan to upload the .MOV files soon. Here is a link to my Calculus I Page. 
Monday  Tuesday  Wednesday  Friday 
PART 1: Function Review  
Lecture 1 A Thumbnail Sketch of Calculus I [.MOV  YouTube] (22 minutes) 
Lecture 2 Function Fundamentals [.MOV  YouTube] (36 minutes) 
Lecture 3A Trig Review, Part A [.MOV  YouTube] (46 minutes) 
Lecture 3B Trig Review, Part B [.MOV  YouTube] (47 minutes) 
Lecture 4 Inverse Functions [.MOV  YouTube] (32 minutes) 
Lecture 5A Exponential Functions [.MOV  YouTube] (25 minutes) 
Lecture 5B Logarithms [.MOV  YouTube] (37 minutes) 
Lecture 5C Natural Exponential & Log Functions [.MOV  YouTube] (30 minutes) 
Lecture 5D Why e Is the Best Base (optional) [.MOV  YouTube] (18 minutes) 
Lecture 6A Inverse Trig Functions, Part A [.MOV  YouTube] (43 minutes) 
Lecture 6B Inverse Trig Functions, Part B [.MOV  YouTube] (44 minutes) 

PART 2: Limits  
Lecture 7 Motivation for Limits [.MOV  YouTube] (18 minutes) 
Lecture 8 Computing Limits [.MOV  YouTube] (48 minutes) 
Lecture 9 Limits Via Algebraic Simplification [.MOV  YouTube] (41 minutes) 
Lecture 10A Limits of Trig Functions [.MOV  YouTube] (28 minutes) 
Lecture 10B The Squeeze Theorem [.MOV  YouTube] (19 minutes) 
Lecture 11 Continuity & Limits of Compositions [.MOV  YouTube] (43 minutes) 
Lecture 12 Infinite Limits [.MOV  YouTube] (46 minutes) 
Lecture 13 Limits at Infinity [.MOV  YouTube] (53 minutes) 
Lecture 14 Formal Definitions of Limits (optional) To be posted 

PART 3. Differentiation  
Lecture 15 Slopes of Tangents [.MOV  YouTube] (39 minutes) 
Lecture 16 The Derivative [.MOV  YouTube] (38 minutes) 
Lecture 17 Derivative Rules [.MOV  YouTube] (45 minutes) 
Lecture 18 Some Instructive Examples [.MOV  YouTube] (43 minutes) 
Lecture 19 The Derivative of e^{x} [.MOV  YouTube] (31 minutes) 
Lecture 20 Product and Quotient Rules [.MOV  YouTube] (46 minutes) 
Lecture 21 Derivatives of Trig Functions [.MOV  YouTube] (35 minutes) 
Lecture 22 Higher Derivatives [.MOV  YouTube] (12 minutes) 
Lecture 23A The Chain Rule, Part A [.MOV  YouTube] (41 minutes) 
Lecture
23B The Chain Rule, Part B [.MOV  YouTube] (36 minutes) 
Lecture
24 Derivatives of Inverses and Logarithms [.MOV  YouTube] (39 minutes) 
Lecture
25 Derivatives of Inverse Trig Functions [.MOV  YouTube] (34 minutes) 
Lecture 26 Meanings of the Derivative [.MOV  YouTube] (47 minutes) 
Lecture 27 Implicit Differentiation [.MOV  YouTube] (57 minutes) 
Lecture 28 Logarithmic Differentiation [.MOV  YouTube] (29 minutes) 
Lecture 29 Related Rates [.MOV  YouTube] (39 minutes) 
PART 4. Applications of Differentiation  
Lecture 30 IncreaseDecrease [.MOV  YouTube] (25 minutes) 
Lecture 31 Local Extrema & First Derivative Test [.MOV  YouTube] (46 minutes) 
Lecture 32A Concavity [.MOV  YouTube] (26 minutes) 
Lecture 32B Second Derivative Test [.MOV  YouTube] (43 minutes) 
Lecture 33 Absolute Extrema [.MOV  YouTube] (47 minutes) 
Lecture 34A Optimization Problems [.MOV  YouTube] (46 minutes) 
Lecture 34B Optimization Problems (More Examples) [.MOV  YouTube] (32 minutes) 
Lecture 35 The Mean Value Theorem [.MOV  YouTube] (23 minutes) Also see the short (13 minute) 1966 film The Theorem of the Mean Policeman 
Lecture 36 Approximations and Differentials [.MOV  YouTube] (26 minutes) 
Lecture 37 Newton's Method [.MOV  YouTube] (34 minutes) 
Lecture 38A L'Hopital's Rule, Part A [.MOV  YouTube] (53 minutes) 
Lecture 38B L'Hopital's Rule, Part B [.MOV  YouTube] (53 minutes) 
PART 5. Integration  
Lecture 39 Antiderivatives [.MOV  YouTube] (48 minutes) 
Lecture 40 Initial Value Problems [.MOV  YouTube] (34 minutes) 
Lecture 41 Area and Riemann Sums [.MOV  YouTube] (60 minutes) 
Lecture 42 The Definite Integral [.MOV  YouTube] (41 minutes) 
Lecture 43 The Fundamental Theorem of Calculus [.MOV  YouTube] (50 minutes) 
Lecture 44 Working with the Fundamental Theorem [.MOV  YouTube] (53 minutes) 
Lecture 45A The Substitution Rule [.MOV  YouTube] (54 minutes) 
Lecture 45B Substitution in Definite Integrals [.MOV  YouTube] (52 minutes) 
Lecture 46 Conclusion [.MOV  YouTube] (11 minutes) 