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• Chapter 1: Arithmetic
• 1.1 Prime factorization (2:54)
• 1.2 Least common denominators (6:25)
• 1.3 Order of operations (2:56)
• 1.4 Simple interest calculations / percentages (3:55)
• 1.5 Arithmetic sequences (5:34)
• 1.6 Repeating decimals (3:47)
• 1.7 Exponentiation (5:01)
• 1.8 Combinatorics: the multiplication rule (2:02)
• 1.9 Percentages (1:55)
• 1.10 Multiples / set theory (9:25)
• 1.11 Combinatorics: combinations (3:10)
• 1.12 Combinatorics / set theory (9:15)
• 1.13 Combinatorics (4:54)
• 1.14 Combinatorics (8:19)
• Chapter 2: Algebra
• 2.1 Logarithms (1:07)
• 2.2 Logarithms (1:14)
• 2.3 Solving a linear equation (2:28)
• 2.4 Solving an exponential equation (1:45)
• 2.5 Solving an equation involving a logarithm (1:24)
• 2.6 Solving an equation involving a logarithm (1:24)
• 2.7 Solving an equation involving a logarithm (1:48)
• 2.8 Simplification of an expression involving a logarithm (2:45)
• 2.9 Solving a quadratic equation by factoring (7:15)
• 2.10 Solving a quadratic equation by completing the square (4:39)
• 2.11 Solving a quadratic equation using the quadratic formula (3:35)
• 2.12 Solving a quadratic equation (4:17)
• 2.13 Word problem / work problem (3:59)
• 2.14 Solving an exponential equation (3:13)
• 2.15 Word problem / compound interest (6:54)
• 2.16 Solving an exponential equation (2:05)
• 2.17 Simplification of an expression involving a logarithm (1:40)
• 2.18 Solving two exponential equations in two variables (4:11)
• 2.19 Solving an exponential equation (4:15)
• 2.20 Simplification of quotients of polynomials (5:57)
• 2.21 Solving an equation involving logarithms (4:48)
• 2.22 Solving two equations in two unknowns (12:32)
• 2.23 Solving an exponential equation (5:57)
• 2.24 Solving a quadratic inequality (8:33)
• Chapter 3: Geometry
• 3.1 Word problem / material requirements (0:59)
• 3.2 Line segments (3:36)
• 3.3 Cubes / spheres / volumes (6:42)
• 3.4 Area of a circle (1:56)
• 3.5 Triangles / circles / areas (9:53)
• Chapter 4: Analytic Geometry
• 4.1 Finding the value of a function (0:34)
• 4.2 Finding the value of the composition of two functions (1:15)
• 4.3 Finding the value of the zero of a function (3:37)
• 4.4 Finding the domain of a function (1:27)
• 4.5 Finding the slope of a line (2:46)
• 4.6 Finding the equation of a line through a point parallel to a line (5:44)
• 4.7 Inverse functions (5:43)
• 4.8 Even functions (2:54)
• 4.9 Finding an inverse function (5:17)
• 4.10 Word problem / surface area of a cube (1:53)
• 4.11 Zeros of a cubic polynomial function (1:32)
• 4.12 Piecewise functions (1:39)
• 4.13 Composition of functions (2:30)
• 4.14 Word problem / circles and squares (9:47)
• 4.15 Relationships between functions: shifting, stretching, shrinking (6:51)
• 4.16 Factoring polynomials (6:27)
• 4.17 Graphing equations / quadrants (5:04)
• 4.18 Finding the range of a function (3:29)
• 4.19 Rational functions (4:56)
• 4.20 Polynomials functions (3:29)
• 4.21 Interest problem / continuous compounding (3:03)
• 4.22 Finding the equations of asymptotes (5:15)
• 4.23 Absolute value function / composition of functions (6:20)
• 4.24 Equation of an ellipse (7:33)
• 4.25 Finding the range of a function (6:40)
• 4.26 Find the equation of a quadratic function passing through three points (7:20)
• 4.27 Finding the equation of all points that are equidistant between two points (8:38)
• 4.28 Word problem / maximizing area (5:53)
• 4.29 Functions: composition, range, piecewise, one-to-one (6:17)
• 4.30 Functions: composition, inverses, domain, rigid transformations (6:24)
• Chapter 5: Trigonometry
• 5.1 Converting radians to degrees (3:20)
• 5.2 Converting degrees to radians (0:51)
• 5.3 Computing the cosine (1:52)
• 5.4 Computing the sine (1:32)
• 5.5 Computing the cosecant (1:58)
• 5.6 Computing the tangent (3:00)
• 5.7 Computing the secant (2:22)
• 5.8 The winding function (1:10)
• 5.9 Trigonometric function definitions (2:11)
• 5.10 Computing the amplitude of a trigonometric function (0:30)
• 5.11 Computing the range of a trigonometric function (1:42)
• 5.12 Solving a trigonometric equation (3:41)
• 5.13 Simplifying a trigonometric expression (0:57)
• 5.14 Computing the cosine and arctangent (3:26)
• 5.15 Trigonometric functions (1:42)
• 5.16 Solving a trigonometric equation (2:12)
• 5.17 Trigonometric function definitions (1:57)
• 5.18 Finding the range of a trigonometric function (1:54)
• 5.19 Simplifying a trigonometric expression (2:27)
• 5.20 Computing the arccosine (2:00)
• 5.21 Computing the arctangent (2:29)
• 5.22 Trigonometric function definitions (1:19)
• 5.23 Finding a trigonometric function from a graph (4:03)
• 5.24 Computing the cosine / half-angle formulas (6:40)
• 5.25 Solving a trigonometric equation (4:08)
• 5.26 Solving a trigonometric equation (3:48)
• 5.27 Solving a trigonometric equation (9:02)
• 5.28 Solving a trigonometric equation (5:21)
• 5.29 Trigonometric function definitions (3:56)
• 5.30 Computing the arcsine (1:49)
• 5.31 Graphing a trigonometric function (4:32)
• 5.32 Word problem / shadow cast by a building (4:33)
• 5.33 Trigonometric function definitions (2:29)
• 5.34 Trigonometric function definitions (4:16)
• 5.35 Graphing a trigonometric function (3:25)
• 5.36 Trigonometric function definitions (3:31)
• 5.37 Proving a trigonometric identity (3:35)
• 5.38 Trigonometric function definitions (4:52)
• 5.39 Trigonometric function definitions (2:56)
• 5.40 Solving a trigonometric equation (4:01)
• 5.41 Polar graphs (8:27)
• Chapter 6: Complex Numbers
• 6.1 Adding complex numbers (0:45)
• 6.2 Multiplying complex numbers (1:21)
• 6.3 Dividing complex numbers (3:56)
• 6.4 Finding complex zeros of a quadratic function (3:30)
• 6.5 Finding complex zeros of a cubic function (4:09)
• 6.6 Finding complex zeros of a quartic function (6:53)
• 6.7 Cubic functions and zeros (3:09)

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