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Lecture |
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I. Angles and Arc Length |
1 |
Finding the Quadrant in Which an Angle Lies - Example 1 (6:16) |
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2 |
Finding the Quadrant in Which an Angle Lies - Example 2 (4:54) |
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3 |
Finding the Quadrant in Which an Angle Lies - Example 3 (3:13) |
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4 |
Coterminal Angles - Example 1 (7:15) |
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5 |
Coterminal Angles - Example 2 (3:27) |
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6 |
Complementary and Supplementary Angles - Example 1 (4:01) |
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7 |
Complementary and Supplementary Angles - Example 2 (4:11) |
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8 |
Degrees and Radians and Converting Between Them! Example 1 (5:57) |
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9 |
Arc Length Formula - Example 1 (5:20) |
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10 |
Arc Length Formula - Example 2 (3:19) |
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II. Trigonometric Functions |
11 |
Finding Trigonometric Function Values Given One Trig Value in a Right Triangle, Ex 1 (6:24) |
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12 |
Finding Trigonometric Function Values Given One Trig Value in a Right Triangle, Ex 2 (5:24) |
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13 |
Finding Trigonometric Function Values Given One Trig Value in a Right Triangle, Ex 3 (2:09) |
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14 |
Finding an Angle Given the Value of a Trigonometric Function - Example 1 (3:46) |
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15 |
Finding an Angle Given the Value of a Trigonometric Function - Example 2 (1:58) |
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16 |
Trigonometric Functions To Find Unknown Sides of Right Triangles, Ex 1 (5:25) |
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17 |
Trigonometric Functions To Find Unknown Sides of Right Triangles, Ex 2 (3:11) |
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18 |
Trigonometric Functions To Find Unknown Sides of Right Triangles, Ex 3 (2:36) |
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19 |
Finding the Height of an Object Using Trigonometry, Example 1 (3:32) |
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20 |
Finding the Height of an Object Using Trigonometry, Example 2 (2:17) |
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21 |
Finding the Height of an Object Using Trigonometry, Example 3 (2:53) |
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22 |
Degrees and Radians (11:59) |
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23 |
A Way to remember the Entire Unit Circle for Trigonometry (7:19) |
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24 |
A Trick to Remember Values on The Unit Circle (4:32) |
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25 |
Evaluating Trigonometric Functions for an Unknown Angle, Given a Point on the Angle, Ex 1 (2:57) |
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26 |
Evaluating Trigonometric Functions for an Unknown Angle, Given a Point on the Angle, Ex 2 (4:01) |
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27 |
Reference Angle for an Angle, Ex 1 (Using Degrees) (5:45) |
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28 |
Reference Angle for an Angle, Ex 2 (Using Radians) (7:12) |
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29 |
Evaluating Trigonometric Functions Using the Reference Angle, Example 1 (7:47) |
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30 |
Evaluating Trigonometric Functions Using the Reference Angle, Example 2 (6:29) |
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31 |
Finding Trigonometric Values Given One Trigonometric Value/Other Info, Example 1 (3:04) |
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32 |
Finding Trigonometric Values Given One Trigonometric Value/Other Info, Example 2 (4:49) |
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33 |
Evaluating Trigonometric Functions at Important Angles, Ex 1 (9:49) |
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34 |
Evaluating Trigonometric Functions at Important Angles, Ex 2 (5:38) |
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III. Graphing Trigonometric Functions |
35 |
The Graph of Cosine, y = cos (x) (9:58) |
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36 |
Graphing Sine and Cosine With Different Coefficients (Amplitude and Period), Ex 1 (3:04) |
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37 |
Graphing y = -2 cos(2x) (5:00) |
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38 |
Maximum and Minimum Values of Sine and Cosine Functions, Ex 1 (3:34) |
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39 |
Maximum and Minimum Values of Sine and Cosine Functions, Ex 2 (7:49) |
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40 |
Graphing Sine and Cosine with Phase (Horizontal) Shifts, Example 1 (3:25) |
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41 |
Graphing Sine and Cosine with Phase (Horizontal) Shifts, Example 2 (6:21) |
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42 |
Trigonometric Functions and Graphing: Amplitude, Period, Vertical and Horizontal Shifts, Ex 2 (4:50) |
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43 |
Basic Questions Related to Tangent, Cotangent, Secant, Cosecant, Ex 1 (4:17) |
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44 |
Basic Questions Related to Tangent, Cotangent, Secant, Cosecant, Ex 2 (4:33) |
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45 |
Basic Questions Related to Tangent, Cotangent, Secant, Cosecant, Ex 4 (8:10) |
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46 |
Finding a Formula for a Trigonometric Graph, Ex 1 (4:23) |
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47 |
Finding a Formula for a Trigonometric Graph, Ex 2 (3:01) |
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48 |
Trigonometry Word Problem, Finding The Height of a Building, Example 1 (7:31) |
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49 |
Trigonometry Word Problem, Example 2 (2:13) |
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50 |
Trigonometry Word Problem, Determining the Speed of a Boat, Example 3 (8:28) |
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IV. Simplifying Trigonometric Expressions |
51 |
Simplifying Trigonometric Expressions Using Identities, Example 1 (1:05) |
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52 |
Simplifying Trigonometric Expressions Using Identities, Example 2 (3:23) |
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53 |
Simplifying Trigonometric Expressions Using Identities, Example 3 (3:29) |
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54 |
Simplifying Trigonometric Expressions Involving Fractions, Ex 1 (3:47) |
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55 |
Simplifying Trigonometric Expressions Involving Fractions, Example 2 (8:05) |
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56 |
Simplifying Products of Binomials Involving Trigonometric Functions, Ex 1 (3:24) |
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57 |
Simplifying Products of Binomials Involving Trigonometric Functions, Ex 2 (3:41) |
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58 |
Factoring Trigonometric Expressions, Example 1 (3:46) |
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59 |
Factoring and Simplifying Trigonometric Expressions - Example 2 (2:12) |
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V. Even and Odd Functions |
60 |
Examples with Trigonometric Functions: Even, Odd or Neither, Example 1 (5:40) |
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61 |
Examples with Trigonometric Functions: Even, Odd or Neither, Example 2 (2:18) |
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62 |
Examples with Trigonometric Functions: Even, Odd or Neither, Example 3 (2:11) |
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63 |
Even, Odd or Neither, Trigonometric Functions, Example 4 (2:07) |
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64 |
Proving an Identity, Example 1 (3:35) |
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65 |
Proving an Identity, Example 2 (5:12) |
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66 |
Proving an Identity - Other Examples, Example 1 (2:30) |
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67 |
Proving an Identity - Other Examples, Example 2 (1:34) |
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68 |
Solving a Basic Trigonometric Equation, Example 1 (2:28) |
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69 |
Solving a Basic Trigonometric Equation, Example 2 (5:00) |
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70 |
Solving a Basic Trigonometric Equation, Example 3 (2:37) |
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71 |
Solve Trigonometric Equation by Factoring, Example 1 (3:02) |
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72 |
Solving a Trigonometric Equation by Factoring, Example 2 (2:55) |
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73 |
Solving a Trigonometric Equation by Factoring, Example 3 (2:11) |
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74 |
Solving Trigonometric Equation, Harder Example - Example 1 (8:56) |
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75 |
Solving Trigonometric Equation, Harder Example - Example 2 (7:07) |
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76 |
Solving Trigonometric Equation , Harder Exampe - Example 3 (3:03) |
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77 |
Solving Trigonometric Equations Using the Quadratic Formula - Example 1 (3:57) |
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78 |
Solving Trigonometric Equations Using the Quadratic Formula - Example 2 (8:46) |
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79 |
Solving Trigonometric Equations Using the Quadratic Formula - Example 3 (11:07) |
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80 |
Solving Word Problems Involving Trigonometric Equations, Example 1 (9:20) |
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81 |
Solving Word Problems Involving Trigonometric Equations, Example 2 (11:35) |
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VI. Sum and Difference Trig Identities |
82 |
Identities for Sum and Differences of Sine and Cosine, Example 1 (3:15) |
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83 |
Identities for Sum and Differences of Sine and Cosine, Example 2 (1:57) |
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84 |
Identities for Sum and Differences of Sine and Cosine, Example 3 (6:09) |
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85 |
Sum and Difference Identities for Sine and Cosine, More Examples #1 (2:44) |
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86 |
Sum and Difference Identities for Sine and Cosine, More Examples #2 (2:40) |
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87 |
Sum and Difference Identities for Sine and Cosine, More Examples #3 (8:18) |
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88 |
Sum and Difference Identities to Simplify an Expression, Example 1 (1:13) |
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89 |
Sum and Difference Identities to Simplify an Expression, Example 2 (1:48) |
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90 |
Sum and Difference Identities to Simplify an Expression, Example 3 (1:46) |
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91 |
Using the Sum and Difference Identities for Sine, Cosine and Tangent, Ex 1 (5:17) |
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92 |
Using the Sum and Difference Identities for Sine, Cosine and Tangent, Ex 2 (3:14) |
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93 |
Using the Sum and Difference Identities for Sine, Cosine and Tangent, Ex 3 (2:31) |
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VII. Double Angle Trig Identities |
94 |
Using Double Angle Identities to Solve Equations, Example 1 (7:25) |
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95 |
Using Double Angle Identities to Solve Equations, Example 2 (2:12) |
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96 |
Using Double Angle Identities to Solve Equations, Example 3 (3:14) |
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97 |
Word Problems Involving Multiple Angle Identities, Example 1 (5:43) |
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98 |
Word Problems Involving Multiple Angle Identities, Example 2 (4:53) |
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99 |
Word Problems Involving Multiple Angle Identities, Example 3 (2:07) |
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100 |
Cofunction Identities, Example 2 (2:36) |
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101 |
Cofunction Identities, Example 3 (:54) |
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102 |
Power Reducing Formulas for Sine and Cosine, Example 1 (6:02) |
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103 |
Power Reducing Formulas for Sine and Cosine, Example 2 (5:57) |
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104 |
Half Angle Identities to Evaluate Trigonometric Expressions, Example 1 (2:37) |
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105 |
Half Angle Identities to Evaluate Trigonometric Expressions, Example 2 (2:40) |
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106 |
Half Angle Identities to Evaluate Trigonometric Expressions, Example 3 (2:18) |
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VIII. Law of Sines |
107 |
The Law of Sines, Example 1 (3:55) |
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108 |
The Law of Sines, Example 2 (3:23) |
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109 |
Law of Sines, Example 3 (6:22) |
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110 |
Side Angle Side for Triangles, Finding Missing Sides/Angles, Example 1 (5:23) |
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111 |
Side Angle Side for Triangles, Finding Missing Sides/Angles, Example 2 (3:28) |
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112 |
Solving a Triangle, SSA, Example 1 (5:25) |
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113 |
Solving a Triangle, SSA, Example 2 (5:11) |
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114 |
Law of Sines - Application/Word Problem, Ex 1 (2:47) |
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115 |
Law of Sines - Application / Word Problem, Ex 2 (7:58) |
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116 |
Law of Sines - Application/Word Problem, Ex 3 (6:27) |
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117 |
Heron's Formula, Example 1 (5:06) |
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118 |
Heron's Formula, Ex 2 (4:00) |
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119 |
Heron's Formula, Example 3 (8:06) |
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IX. Law of Cosines |
120 |
Law of Cosines, Example 1 (5:06) |
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121 |
Law of Cosines, Example 2 (4:26) |
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122 |
Law of Cosines, Example 3 (2:43) |
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123 |
Law of Cosines, Example 4 (4:27) |
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124 |
Law of Cosines, Example 5 (2:06) |
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125 |
Law of Cosines, Example 6 (3:48) |
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126 |
Law of Cosines, Word Problem #1 (4:03) |
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X. Vectors |
127 |
An Introduction to Vectors, Part 1 (4:46) |
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128 |
When Are Two Vectors Considered to Be the Same? (2:03) |
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129 |
Magnitude and Direction of a Vector, Example 1 (3:58) |
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130 |
Magnitude and Direction of a Vector, Example 2 (3:46) |
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131 |
Magnitude and Direction of a Vector, Example 3 (6:05) |
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132 |
Vector Addition and Scalar Multiplication, Example 1 (3:24) |
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133 |
Vector Addition and Scalar Multiplication, Example 2 (3:52) |
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134 |
Finding the Components of a Vector, Ex 1 (2:38) |
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135 |
Finding the Components of a Vector, Ex 2 (6:34) |
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136 |
Finding a Unit Vector, Ex 1 (2:07) |
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137 |
Finding a Unit Vector, Ex 2 (4:55) |
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138 |
Word Problems Involving Velocity or Other Forces (Vectors), Ex 1 (3:10) |
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139 |
Word Problems Involving Velocity or Other Forces (Vectors), Ex 2 (11:29) |
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140 |
Word Problems Involving Velocity or Other Forces (Vectors), Ex 3. (2:10) |
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XI. Complex Numbers & Trigonometry |
141 |
Complex Numbers: Graphing and Finding the Modulus, Ex 1 (3:40) |
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142 |
Complex Numbers: Graphing and Finding the Modulus, Ex 2 (3:51) |
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143 |
Expressing a Complex Number in Trigonometric or Polar Form, Ex 1 (3:31) |
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144 |
Expressing a Complex Number in Trigonometric or Polar Form, Ex 2 (2:04) |
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145 |
Expressing a Complex Number in Trigonometric or Polar Form, Ex 3 (4:38) |
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146 |
Complex Numbers: Convert From Polar to Complex Form, Ex 1 (2:18) |
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147 |
Complex Numbers: Multiplying and Dividing in Polar Form, Ex 1 (3:27) |
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148 |
Complex Numbers: Multiplying and Dividing in Polar Form, Ex 2 (3:17) |
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149 |
DeMoivre's Theorem: Raising a Complex Number to a Power, Ex 1 (2:18) |
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150 |
DeMoivre's Theorem: Raising a Complex Number to a Power, Ex 2 (11:48) |
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151 |
DeMoivre's Theorem: Raising a Complex Number to a Power, Ex 3 (4:16) |
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152 |
Roots of Complex Numbers, Ex 1 (6:01) |
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153 |
Roots of Complex Numbers, Ex 2 (6:22) |
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154 |
Roots of Complex Numbers, Ex 3 (8:19) |
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155 |
More Roots of Complex Numbers, Ex 1 (9:47) |
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156 |
More Roots of Complex Numbers, Ex 2 (9:43) |
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157 |
Roots of Unity, Example 1 (3:19) |
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158 |
Roots of Unity, Ex 2 (5:48) |
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XII. Polar Coordinates |
159 |
Intro to Polar Coordinates, Ex 1 (3:49) |
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160 |
Converting Between Polar and Rectangular (Cartesian) Coordinates, Ex 3 (4:18) |
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161 |
Converting Between Polar and Rectangular Equations, Ex 1 (1:48) |
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162 |
Converting Between Polar and Rectangular Equations, Ex 2 (4:48) |
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163 |
Converting Between Polar and Rectangular Equations, Ex 3 (4:26) |
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164 |
Graphing Simple Polar Equations, Ex 1 (2:30) |
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165 |
Graphing Simple Polar Equations, Ex 2 (3:26) |
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166 |
Graphing Special Polar Equations, Ex 1 (2:06) |
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167 |
Graphing Special Polar Equations; How Many Petals Will a Graph Have? (1:51) |
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168 |
Basic Info About a Limacon (2:27) |
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