Mathematics: College Calculus: Level II
with: Professor Murray

UC Berkeley (Ph.D) and Georgetown (B.S.) educated Dr. William Murray instructs Educator's Calculus II course covering from Advanced Integration Techniques and Applications of Integrals to Sequences/Series. Professor Murray demonstrates his extensive teaching experience by clarifying complicated topics with a wide array of examples, helpful tips, and time-saving tricks. Will's course is essential to those struggling with Calculus who would benefit from clear explanations and examples of common problems. Each video lecture is accompanied by several worked-out video examples and important notes to prepare for any examination.

Table of Contents

I. Advanced Integration Techniques
	Integration by Parts			24:52
		Intro		0:00
		Important Equation		0:07
			Where It Comes From (Product Rule)	0:20
			Why Use It?	0:35
		Lecture Example 1		1:24
		Lecture Example 2		3:30
		Shortcut: Tabular Integration		7:34
			Example	7:52
		Lecture Example 3		10:00
		Mnemonic: LIATE		14:44
			Ln, Inverse, Algebra, Trigonometry, e	15:38
		Additional Example 4		3:13
		Additional Example 5		4:13
	Integration of Trigonometric Functions			25:30
		Intro		0:00
		Important Equation		0:07
			Powers (Odd and Even)	0:19
			What To Do	1:03
		Lecture Example 1		1:37
		Lecture Example 2		3:12
		Half-Angle Formulas		6:16
			Both Powers Even	6:31
		Lecture Example 3		7:06
		Lecture Example 4		10:59
		Additional Example 5		2:37
		Additional Example 6		7:23
	Trigonometric Substitutions			30:09
		Intro		0:00
		Important Equations		0:06
			How They Work	0:35
			Example	1:45
			Remember: du and dx	2:50
		Lecture Example 1		3:43
		Lecture Example 2		10:01
		Lecture Example 3		12:04
		Additional Example 4		10:36
		Additional Example 5		3:21
	Partial Fractions			41:22
		Intro		0:00
		Overview		0:07
			Why Use It?	0:18
		Lecture Example 1		1:21
		Lecture Example 2		6:52
		Lecture Example 3		13:28
		Additional Example 4		8:47
		Additional Example 5		13:21
	Integration Tables			20:00
		Intro		0:00
		Using Tables		0:09
			Match Exactly	0:32
		Lecture Example 1		1:16
		Lecture Example 2		5:28
		Lecture Example 3		8:51
		Additional Example 4		3:05
		Additional Example 5		4:11
	Trapezoidal Rule, Midpoint Rule, Left/Right Endpoint Rule			22:36
		Intro		0:00
		Trapezoidal Rule		0:13
			Graphical Representation	0:20
			How They Work	1:08
			Formula	1:47
			Why a Trapezoid?	2:53
		Lecture Example 1		5:10
		Midpoint Rule		8:23
			Why Midpoints?	8:56
			Formula	9:37
		Lecture Example 2		11:22
		Left/Right Endpoint Rule		13:54
			Left Endpoint	14:08
			Right Endpoint	14:39
		Lecture Example 3		15:32
		Additional Example 4		2:56
		Additional Example 5		2:19
	Simpson's Rule			21:08
		Intro		0:00
		Important Equation		0:03
			Estimating Area	0:28
			Difference from Previous Methods	0:50
			General Principle	1:09
		Lecture Example 1		3:49
		Lecture Example 2		6:32
		Lecture Example 3		9:07
		Additional Example 4		2:56
		Additional Example 5		5:51
	Improper Integration			44:18
		Intro		0:00
		Horizontal and Vertical Asymptotes		0:04
			Example: Horizontal	0:16
			Formal Notation	0:37
			Example: Vertical	1:58
			Formal Notation	2:29
		Lecture Example 1		5:01
		Lecture Example 2		7:41
		Lecture Example 3		11:32
		Lecture Example 4		15:49
		Formulas to Remember		18:26
			Improper Integrals	18:36
		Lecture Example 5		21:34
		Lecture Example 6 (Hidden Discontinuities)		26:51
		Additional Example 7		2:57
		Additional Example 8		6:04
II. Applications of Integrals, part 2
	Arclength			23:20
		Intro		0:00
		Important Equation		0:04
			Why It Works	0:49
			Common Mistake	1:21
		Lecture Example 1		2:14
		Lecture Example 2		6:26
		Lecture Example 3		10:49
		Additional Example 4		5:16
		Additional Example 5		3:25
	Surface Area of Revolution			28:53
		Intro		0:00
		Important Equation		0:05
			Surface Area	0:38
			Relation to Arclength	1:11
		Lecture Example 1		1:46
		Lecture Example 2		4:29
		Lecture Example 3		9:34
		Additional Example 4		5:00
		Additional Example 5		4:54
	Hydrostatic Pressure			24:37
		Intro		0:00
		Important Equation		0:09
			Main Idea	0:12
			Different Forces	0:45
			Weight Density Constant	1:10
			Variables (Depth and Width)	2:21
		Lecture Example 1		3:28
		Additional Example 2		9:24
		Additional Example 3		4:32
	Center of Mass			25:39
		Intro		0:00
		Important Equation		0:07
			Main Idea	0:25
			Centroid	1:00
			Area	1:28
		Lecture Example 1		1:44
		Lecture Example 2		6:13
		Lecture Example 3		10:04
		Additional Example 4		4:05
		Additional Example 5		6:48
III. Parametric Functions
	Parametric Curves			22:26
		Intro		0:00
		Important Equations		0:05
			Slope of Tangent Line	0:30
			Arc length	1:03
		Lecture Example 1		1:40
		Lecture Example 2		4:23
		Lecture Example 3		8:38
		Additional Example 4		5:00
		Additional Example 5		4:22
	Polar Coordinates			30:59
		Intro		0:00
		Important Equations		0:05
			Polar Coordinates in Calculus	0:42
			Area	0:58
			Arc length	1:41
		Lecture Example 1		2:14
		Lecture Example 2		4:12
		Lecture Example 3		10:06
		Additional Example 4		8:38
		Additional Example 5		9:02
IV. Sequences and Series
	Sequences			31:13
		Intro		0:00
		Definition and Theorem		0:05
			Monotonically Increasing	0:25
			Monotonically Decreasing	0:40
			Monotonic	0:48
			Bounded	1:00
			Theorem	1:11
		Lecture Example 1		1:31
		Lecture Example 2		11:06
		Lecture Example 3		14:03
		Additional Example 4		6:11
		Additional Example 5		7:24
	Series			31:46
		Intro		0:00
		Important Definitions		0:05
			Sigma Notation	0:13
			Sequence of Partial Sums	0:30
			Converging to a Limit	1:49
			Diverging to Infinite	2:20
		Geometric Series		2:40
			Common Ratio	2:47
			Sum of a Geometric Series	3:09
		Test for Divergence		5:11
			Not for Convergence	6:06
		Lecture Example 1		8:32
		Lecture Example 2		10:25
		Lecture Example 3		16:26
		Additional Example 4		3:47
		Additional Example 5		4:26
	Integral Test			23:26
		Intro		0:00
		Important Theorem and Definition		0:05
			Three Conditions	0:25
			Converging and Diverging	0:51
			P-Series	1:11
		Lecture Example 1		2:19
		Lecture Example 2		5:08
		Lecture Example 3		6:38
		Additional Example 4		6:18
		Additional Example 5		4:49
	Comparison Test			22:44
		Intro		0:00
		Important Tests		0:01
			Comparison Test	0:22
			Limit Comparison Test	1:05
		Lecture Example 1		1:44
		Lecture Example 2		3:52
		Lecture Example 3		6:01
		Lecture Example 4		10:04
		Additional Example 5		4:11
		Additional Example 6		4:20
	Alternating Series			25:26
		Intro		0:00
		Main Theorems		0:05
			Alternation Series Test (Leibniz)	0:11
			How It Works	0:26
			Two Conditions	0:46
			Never Use for Divergence	1:12
			Estimates of Sums	1:50
		Lecture Example 1		3:19
		Lecture Example 2		4:46
		Lecture Example 3		6:28
		Additional Example 4		5:04
		Additional Example 5		9:44
	Ratio Test and Root Test			33:27
		Intro		0:00
		Theorems and Definitions		0:06
			Two Common Questions	0:17
			Absolutely Convergent	0:45
			Conditionally Convergent	1:18
			Divergent	1:51
			Missing Case	2:02
		Ratio Test		3:07
		Root Test		4:45
		Lecture Example 1		5:46
		Lecture Example 2		9:23
		Lecture Example 3		13:13
		Additional Example 4		9:13
		Additional Example 5		8:07
	Power Series			38:36
		Intro		0:00
		Main Definitions and Pattern		0:07
			What Is The Point	0:22
			Radius of Convergence Pattern	0:45
			Interval of Convergence	2:42
		Lecture Example 1		3:24
		Lecture Example 2		10:55
		Lecture Example 3		14:44
		Additional Example 4		8:39
		Additional Example 5		7:46
V. Taylor and Maclaurin Series
	Taylor Series and Maclaurin Series			30:18
		Intro		0:00
		Taylor and Maclaurin Series		0:08
			Taylor Series	0:12
			Maclaurin Series	0:59
		Taylor Polynomial		1:20
		Lecture Example 1		2:35
		Lecture Example 2		6:51
		Lecture Example 3		11:38
		Lecture Example 4		17:29
		Additional Example 5		2:50
		Additional Example 6		4:41
	Taylor Polynomial Applications			50:50
		Intro		0:00
		Main Formulas		0:06
			Alternating Series Error Bound	0:28
			Taylor's Remainder Theorem	1:18
		Lecture Example 1		3:09
		Lecture Example 2		9:08
		Lecture Example 3		17:35
		Additional Example 4		5:56
		Additional Example 5		13:50