Note that these videos and worksheets are designed as supplementary materials to a lecture component. It is assumed that the major concepts and most technical details are already tackled in the lecture. However, a quick overview/review of the important points is done at the beginning of the videos.
Meeting 02 (Aug. 26, 2020) Precalculus Review Problems and the Concept of the Limit
Meeting 04 (Sept. 02, 2020) Limits at Infinity and Continuity
Meeting 04 Bonus (Sept. 04, 2020) Solution to Problem 36 in Worksheet 04
Meeting 05 (Sept. 09, 2020) One-sided Continuity, IVT and Trigonometric Limits
Meeting 06 (Sept.14, 2020) Trigonometric Limits and the Concept of the Derivative
Meeting 07 (Sept. 16, 2020) Concept of the Derivative Part 2
Meeting 13 (Oct. 07, 2020) Free Fall and Rectilinear Motion and The Mean Value and Rolle's Theorem : IMPORTANT NOTE: THERE IS A MISTAKE IN THE SOLUTION IN THE 46:00 MARK OF THE VIDEO, IT SHOULD HAD BEEN x'(t) = 9t^2-24t-30 instead of x'(t) = 9t^2-18t-30. AS SUCH THE REST OF THE SOLUTION UNTIL 57:20 IS INCORRECT. THE CORRECTION IS REFLECTED IN THESE ANNOTATED NOTES. You can also watch this video from 14:22 to 32:50 to see the correct solution.
Meeting 14 (Oct. 12, 2020) Intervals of Increase and Decrease and Local Extreme Values (Part 1)
Meeting 15 (Oct. 14, 2020) Local Extreme Values (Part 2) and Concavity
Meeting 16 (Oct. 19, 2020) [Free Discussion] Vertical Tangent and Cusp, MVT Review
Meeting 18 (Oct. 26, 2020) Review of Inverse Functions and of Exponential Functions
Meeting 20 (Nov. 02, 2020) Derivatives of Some Transcendental Functions (Part 1) IMPORTANT NOTE: THERE IS A MISTAKE IN THE SOLUTION IN THE 1:03:46 MARK OF THE VIDEO. I forgot to apply the CHAIN RULE in the very first differentiation I performed. AS SUCH THE REST OF THE SOLUTION UNTIL 1:07:55 IS INCORRECT. THE CORRECTION IS REFLECTED IN THESE ANNOTATED NOTES 14 . You can also watch this video from 52:30 to 55:47 to see the correct solution.
Meeting 21 (Nov. 04, 2020) Derivatives of Some Transcendental Functions (Part 2)
Meeting 22 (Nov. 09, 2020) Optimization Problems IMPORTANT NOTE: THERE IS A MISTAKE IN THE SOLUTION IN THE 1:05:33 MARK OF THE VIDEO. I mistakenly used x = 8/3 instead of the computed critical number x = 3/2. AS SUCH THE REST OF THE SOLUTION UNTIL 1:07:04 IS INCORRECT. THE CORRECTION IS REFLECTED IN THESE ANNOTATED NOTES 15 . You can also watch this video from 19:10 to 22:08 to see the correct solution.
For Meeting 23: Unfortunately, I forgot to hit record during Lab meeting 23 (Nov. 11, 2020). In lieu of that, please watch the video recording of my other class which covered exactly the same problems. Ignore the popper quiz though, it's just for their class.
Meeting 24 (Nov. 16, 2020) L'Hospital's Rule Part 2 and Review for Test 4 Part 1
Meeting 27 (Nov. 30, 2020) The Fundamental Theorem of Calculus and Basic Integration Rules
Meeting 28 (Dec. 02, 2020) Basic Integration Rules Part 2 and Integration by Substitution
Worksheet 01 (Aug. 24 and 26, 2020) Precalculus Review Problems
Worksheet 04 (Aug. 31 to Sept. 02, 2020) Evaluating Basic Limits and the Concept of Continuity
Worksheet 06 (Sept. 09 to 14, 2020) Limits of Some Trigonometric Functions
Worksheet 07 (Sept. 14-16, 2020) Definition of the Derivative
Worksheet 11 (Oct. 12-14, 2020) Intervals of Increase/ Decrease, Extreme Values and Concavity
Worksheet 12 (Oct. 19, 2020) [Free discussion] Vertical Tangent and Cusp, MVT Review
Worksheet 14 (Nov. 02-04, 2020) Derivatives of Some Transcendental Functions
Worksheet 15 (Nov. 09-16, 2020) Further Applications of Derivatives