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@tomhaymore
Created September 30, 2011 22:28
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Zoomable Icicle with Text in D3.js
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<head>
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<script type="text/javascript" src="http://mbostock.github.com/d3/d3.js"></script>
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<style>
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stroke: #fff;
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text.transition()
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}
});
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{
"MAT": {
"TRI": {
"Triangles and Vectors": {
"Vectors": {
"Directed Line Segments, Equal Vectors, and Absolute Value": 100,
"Vector Addition": 46,
"Using the Law of Sines": 33,
"Vector Subtraction": 15
},
"General Solutions of Triangles": {
"Using the Law of Cosines": 56,
"Summary of Triangle Techniques": 53
},
"Applications & Models": {},
"The Law of Cosines": {
"Trigonometry in Terms of Algebra": 26,
"Case #2: Finding any Angle of a Triangle": 68,
"Case #1: Finding the Side of an Oblique Triangle": 6,
"Derive the Law of Cosines": 22
},
"Area of a Triangle": {
"Find the Area Using Three Sides: Heron’s Formula": 41,
"Identify Accurate Drawings of General Triangles": 39,
"Heron’s Formula:": 22
},
"The Ambiguous Case": {
"Solving Triangles": 75,
"Using the Law of Sines": 42,
"Possible Triangles with SSA": 17
},
"The Law of Sines": {
"ASA (Angle-Side-Angle)": 25,
"AAS (Angle-Angle-Side)": 70,
"Finding a Part of the Triangle, Given the Area": 91,
"Deriving the Law of Sines": 38
}
},
"Inverse Trigonometric Functions - 2nd edition": {
"Basic Inverse Trigonometric Functions": {
"Applications & Technology": 52,
"Exact Values for Inverse Sine, Cosine, and Tangent": 59,
"Defining the Inverse of the Trigonometric Ratios": 57
},
"Graphing Inverse Trigonometric Functions": {
"Finding Inverses Algebraically": 88,
"Finding the Inverse by Mapping": 75
},
"Products, Sums, Linear Combinations, and Applications": {
"Triple-Angle Formulas and Beyond": 90,
"Product to Sum Formulas for Sine and Cosine": 21,
"Solving Equations with Product and Sum Formulas": 96,
"Solving Trigonometric Equations Using Half Angle Formulas": 79,
"Sum to Product Formulas for Sine and Cosine": 53,
"Linear Combinations": 84
},
"Inverse Trigonometric Properties": {
"Finding the Inverse of the Trigonometric Functions": 29,
"Composing Trig Functions and their Inverses": 19,
"Composing Trigonometric Functions": 77,
"Composing Inverse Reciprocal Trig Functions": 49,
"Inverse Reciprocal Functions": 75
}
},
"Right Triangles and an Introduction to Trigonometry": {
"The Pythagorean Theorem": {
"The Pythagorean Theorem": 34,
"Pythagorean Triples": 29,
"Converse of the Pythagorean Theorem": 14
},
"Special Right Triangles": {
"The Distance Formula": 97,
"Special Right Triangle #1: Isosceles Right Triangle": 9,
"Special Right Triangle #2: 30-60-90 Triangle": 60
},
"Basic Trigonometric Functions": {
"Using Special Right Triangle Ratios": 8,
"The Sine, Cosine, and Tangent Functions": 19
},
"Solving Right Triangles": {
"Finding the Area of a Triangle": 69,
"Solving Right Triangles": 69,
"Inverse Trigonometric Functions": 30,
"Secant, Cosecant, and Cotangent Functions": 80,
"Right Triangles and Bearings": 45,
"Angles of Elevation and Depression": 59
},
"Measuring Rotation": {
"Other Applications of Right Triangles": 50,
"Angles of Rotation in Standard Position": 66
},
"Trigonometric Functions of Any Angle": {
"The Unit Circle": 55,
"Trigonometric Functions of Angles Greater than 360 Degrees": 31,
"Reference Angles and Angles in the Unit Circle": 38,
"Trigonometric Functions of Negative Angles": 68
},
"Applying Trig Functions to Angles of Rotation": {
"Trigonometric Functions of Angles in Standard Position": 99,
"Coterminal Angles": 61
}
},
"Graphing Trigonometric Functions - 2nd edition": {
"Translating Sine and Cosine Functions": {
"Secant": 75,
"Vertical Translations": 92
},
"Applications of Radian Measure": {
"Rotations": 65,
"Check the Mode": 69,
"Length of a Chord": 40,
"Length of Arc": 56,
"Area of a Sector": 23
},
"Circular Functions of Real Numbers": {
"Cotangent": 41,
"The Three Reciprocal Functions": 34,
"Angular Velocity": 83,
"The Cosine Graph": 58,
"Cosecant": 13,
"The Sine Graph": 95,
"The Tangent Graph": 11
},
"Relating Trigonometric Functions": {
"Cofunction Identities and Reflection": 10,
"Using a Calculator to Find Values": 48,
"Quotient Identities": 28,
"Domain, Range, and Signs of Trig Functions": 62,
"Reciprocal identities": 29
},
"General Sinusoidal Graphs": {
"Drawing Sketches/Identifying Transformations from the Equation": 33,
"The Generalized Equations": 67,
"Combining Amplitude and Period": 72
},
"Amplitude, Period and Frequency": {
"Horizontal Translations or Phase Shifts": 97,
"Period and Frequency": 26,
"Amplitude": 72
},
"Radian Measure": {
"Converting Any Degree to Radians": 7,
"Critial Angles in Radians": 98,
"Understanding Radian Measure": 100,
"Pythagorean Identities": 38,
"The Six Trig Functions and Radians": 65
}
},
"Trigonometric Identities and Equations - 2nd edition": {
"Graphing Tangent, Cotangent, Secant, and Cosecant": {
"Writing the Equation from a Sketch": 48,
"Tangent and Cotangent": 44,
"Secant and Cosecant": 12
},
"Proving Identities": {
"Cofunction Identities": 95,
"Working with Trigonometric Identities": 12
},
"Half-Angle Identities": {
"Solving Equations with Double Angle Identities": 40,
"Deriving the Half Angle Formulas": 100
},
"Fundamental Identities": {
"Graphing Calculator Note": 66,
"Pythagorean Identity": 50,
"Quotient Identity": 63,
"Even and Odd Identities": 22,
"Reciprocal Identities": 65
},
"Solving Trigonometric Equations": {
"Technology Note": 42,
"Simplifying Trigonometric Expressions": 5,
"Solving Trigonometric Equations Using Factoring": 6,
"Solving Trigonometric Equations": 21
},
"Sum and Difference Identities": {
"Using the Sum and Difference Identities of cosine": 21,
"Using the Sum and Difference Identities to Verify Other Identities": 91,
"Sum and Difference Identities: Tangent": 79,
"Sum and Difference Identities: sine": 98,
"Solving Trigonometric Equations Using the Quadratic Formula": 77,
"Sum and Difference Formulas: cosine": 17
},
"Double Angle Identities": {
"Solving Equations with the Sum and Difference Formulas": 84,
"Applying the Double Angle Identities": 9,
"Deriving the Double Angle Identities": 43
}
}
},
"ALG": {
"Real Numbers": {
"Integers and Rational Numbers": {
"Order Rational Numbers": 60,
"Classifying Rational Numbers": 94,
"Graph and Compare Integers": 63,
"Find the Opposites of Numbers": 58,
"Plan and Compare Alternative Approaches to Solving Problems": 78,
"Graph and Order Rational Numbers": 55
},
"Adding and Subtracting Rational Numbers": {
"Identify and Apply Properties of Addition": 77,
"Adding and Subtracting Rational Numbers": 66,
"Add and Subtract Using a Number Line": 48,
"Find Absolute Values": 3
},
"Problem-Solving Strategies: Make a Table and Look for a Pattern": {
"Read and Understand Given Problem Situations": 64,
"Develop and Use the Strategy: Make a Table": 86,
"Develop and Use the Strategy: Look for a Pattern": 9,
"Compare Alternative Approaches to Solving the Problem": 76
},
"Multiplying and Dividing Rational Numbers": {
"Multiplying Numbers by Negative One": 37,
"Identity Elements": 94,
"Multiply Rational Numbers": 70,
"Find Multiplicative Inverses": 73,
"Evaluate Change Using a Variable Expression": 33,
"Identify and Apply Properties of Multiplication": 91
},
"The Distributive Property": {
"Divide Rational Numbers": 62,
"Apply the Distributive Property": 34
},
"Square Roots and Real Numbers": {
"Find Square Roots": 79,
"Approximate Square Roots": 9,
"Identify Irrational Numbers": 49,
"Identify Expressions That Involve the Distributive Property": 41
}
},
"Algebra and Geometry Connections": {
"Graphs of Square Root Functions": {
"Perform Exponential and Quadratic Regressions with a Graphing Calculator": 48
},
"Radical Expressions": {
"Even and Odd Roots": 35,
"Multiply Radical Expressions": 67,
"Use the Product and Quotient Properties of Radicals": 73,
"Graph and Compare Square Root Functions": 84,
"Add and Subtract Radical Expressions": 79
},
"Linear, Exponential and Quadratic Models": {
"Interpret the Discriminant of a Quadratic Equation": 11,
"Identify Functions Using Differences or Ratios": 25,
"Write Equations for Functions": 26
},
"Radical Equations": {
"Solve Radical Equations with Radicals on Both Sides": 15,
"Rationalize the Denominator": 12,
"Solve a Radical Equation": 50
},
"The Pythagorean Theorem and Its Converse": {
"Use the Pythagorean Theorem and Its Converse": 3,
"Identify Extraneous Solutions to Radical Equations": 25
}
},
"Quadratic Equations and Quadratic Functions": {
"Quadratic Equations by Graphing": {
"Identify the Number of Solutions of a Quadratic Equation": 75,
"Analyze Graphs of Real-World Quadratic Functions.": 38,
"Solve Quadratic Equations by Graphing": 6
},
"Graphs of Quadratic Functions": {
"Graph Quadratic Functions": 11,
"Graph Quadratic Functions in Intercept Form": 98,
"Resources": 69,
"Compare Graphs of Quadratic Functions": 44
},
"Quadratic Equations by Square Roots": {
"Solve Quadratic Equations Involving Perfect Squares": 78,
"Analyze Quadratic Functions Using a Graphing Calculator": 30
},
"The Discriminant": {
"Identify and Choose Methods for Solving Quadratic Equations.": 29,
"Find the Discriminant of a Quadratic Equation": 71
},
"Solving Quadratic Equations by the Quadratic Formula": {
"Solve Quadratic Equations Using the Quadratic Formula": 41,
"Finding the Vertex of a Parabola with the Quadratic Formula": 77,
"Graph Quadratic Functions in Vertex Form": 51
},
"Factoring Polynomials Completely": {
"Factor Quadratic Trinomials Where a ≠ 1": 28,
"Solve Quadratic Polynomial Equations by Factoring": 77,
"Factor by Grouping": 10,
"Factor out a Common Binomial": 28
},
"Solving Quadratic Equations by Completing the Square": {
"Complete the Square of a Quadratic Expression": 56,
"Solve Quadratic Equations by Completing the Square": 25,
"Approximate Solutions of Quadratic Equations": 15
}
},
"Writing Linear Equations": {
"Fitting a Line to Data": {
"Write an Equation For a Line of Best Fit": 84,
"Make a Scatter Plot": 60,
"Fit a Line to Data": 50,
"Investigate Families of Lines": 1
},
"Forms of Linear Equations": {
"Linear Equations in Standard Form": 40,
"Converting to Standard Form": 9,
"Arithmetic Progressions": 72,
"Write an Equation Given Two Points": 62,
"Write an Equation Given the Slope and a Point": 56,
"Graph an Equation in Point-Slope Form": 18
},
"Problem-Solving Strategies - Graphs": {},
"Equations of Parallel and Perpendicular Lines": {
"Write Equations of Parallel and Perpendicular Lines": 78,
"Determine When Lines are Parallel or Perpendicular": 54,
"Graphing Equations in Standard Form": 16
}
},
"Equations of Lines": {
"Two-Step Equations": {
"Solve a Two-Step Equation": 31,
"Solving Equations Using Multiplication and Division": 24
},
"Problem-Solving Strategies: Guess and Check, Work Backward": {
"Classify Real Numbers": 94,
"Develop and Use the Strategy “Guess and Check”": 84,
"Develop and Use the Strategy “Work Backward”": 30
},
"Ratios and Proportions": {
"Write a ratio": 77,
"Write and Solve a Proportion": 53,
"Solve Proportions Using Cross Products": 50,
"Solve an Equation with Grouping Symbols": 11
},
"Equations with Variables on Both Sides": {
"Solve an Equation with Variables on Both Sides": 46,
"Speed of Sound": 44
},
"Multi-Step Equations": {
"Distance, Speed and Time": 67,
"Solving Multi-Step Equations Using the Distributive Property": 6,
"Solving Multi-Step Equations by Combining Like Terms": 60,
"Ohm’s Law": 24,
"Solve a Two-Step Equation by Combining Like Terms": 43
},
"One-Step Equations": {
"Plan and Compare Alternative Approaches to Solving Problems": 52,
"Solving Equations Using Addition and Subtraction": 7
}
},
"Polynomials": {
"Factoring Special Products": {
"Factor Perfect Square Trinomials": 19,
"Factor when a = - 1": 64,
"Factor the Difference of Two Squares": 94
},
"Addition and Subtraction of Polynomials": {
"Adding and Subtracting Polynomials": 32,
"Degrees of Polynomials and Standard Form": 37,
"Simplifying Polynomials": 85,
"Problem-Solving Strategies": 67
},
"Factoring Quadratic Expressions": {
"Factor when a = 1, b is Negative and c is Positive": 37,
"Factor when a = 1 and c is Negative": 78,
"Write Quadratic Expressions in Standard Form": 33,
"Factor when a = 1, b is Positive, and c is Positive": 47,
"Solve Simple Polynomial Equations by Factoring": 95
},
"Special Products of Polynomials": {
"Multiplying Two Polynomials": 81,
"Find the Square of a Binomial": 25
},
"Polynomial Equations in Factored Form": {
"Find the Product of Binomials Using Sum and Difference Patterns": 88,
"Use the Zero-Product Property": 42,
"Find the Greatest Common Monomial Factor": 96
},
"Multiplication of Polynomials": {
"Problem Solving Using Addition or Subtraction of Polynomials": 6,
"Multiplying a Polynomial by a Monomial": 68
},
"Applications of Exponential Functions": {
"Compare Graphs of Exponential Functions": 76
}
},
"Exponential Functions": {
"Scientific Notation": {
"Evaluating Expressions in Scientific Notation": 17,
"Writing Numbers in Scientific Notation": 37,
"Evaluate Exponential Expressions": 53
},
"Exponent Properties Involving Quotients": {
"Use the Power of a Product Property": 99,
"Use the Quotient of Powers Property": 86
},
"Exponential Functions": {
"Identify a Geometric Sequence": 44,
"Exponential Functions": 83
},
"Zero, Negative, and Fractional Exponents": {
"Simplify Expressions with Exponents of Zero": 16,
"Simplify Expressions With Negative Exponents": 66,
"The Power of a Quotient Property": 69,
"Simplify Expressions With Fractional Exponents": 23
},
"Exponent Properties Involving Products": {
"Graph a System of More Than Two Linear Inequalities": 69,
"Use the Product of Powers Property": 19
},
"Geometric Sequences": {
"Evaluate Expressions in Scientific Notation Using a Graphing Calculator": 47
},
"Systems of Linear Inequalities": {
"Graph a System of Two Linear Inequalities": 36,
"Applications": 28
}
},
"Solving Systems of Equations and Inequalities": {
"Linear Inequalities in Two Variables": {
"Further Resources": 22,
"Graph Linear Inequalities in One Variable in the Coordinate Plane": 73
},
"Solving Linear Systems by Substitution": {
"Solving Linear Systems Using Substitution of Variable Expressions": 72,
"Solving a System of Equations Using a Graphing Calculator": 56
},
"Solving Linear Systems by Elimination": {
"Mixture Problems": 30,
"Solving Linear Systems Using Addition of Equations": 6,
"Solving a Linear System by Multiplying One Equation": 91,
"Solving Linear Systems Using Multiplication": 82,
"Solving Linear Systems Using Subtraction of Equations": 27,
"Solving a Linear System by Multiplying Both Equations": 30
},
"Linear Systems by Graphing": {
"Determine Whether an Ordered Pair is a Solution to a System of Equations": 96,
"Graph Linear Inequalities in Two Variables": 51,
"Determine the Solution to a Linear System by Graphing": 25
},
"Special Types of Linear Systems": {
"Comparing Methods for Solving Linear Systems": 85,
"Determining the Type of System Algebraically": 45
}
},
"Graphs of Equations and Functions": {
"Direct Variation Models": {
"Graph Direct Variation Equations": 74,
"Changing the Slope or Intercept of a Line": 11,
"Identify Direct Variation": 59
},
"The Coordinate Plane": {
"Graph a Function Given a Table": 33,
"The Coordinate Plane": 100,
"Find Percent of Change": 26,
"Plot Points in a Coordinate Plane": 75,
"Identify Coordinates of Points": 97
},
"Slope and Rate of Change": {
"Find the Slope of a Line": 48,
"Find a Rate of Change": 50,
"Finding Intercepts for Standard Form Equations Using the Cover-Up Method": 68,
"Find the Slopes of Horizontal and Vertical lines": 19
},
"Percent Problems": {
"Finding and Converting Percentages": 5,
"Use the Percent Equation": 86,
"Scale and Indirect Measurement": 42
},
"Graphs of Linear Equations": {
"Graphs and Equations of Horizontal and Vertical Lines": 78,
"Graph a Function Given a Rule": 93,
"Graph a Linear Equation": 22
},
"Graphing Using Intercepts": {
"Finding Intercepts by Substitution": 97,
"Analyze Graphs of Linear Functions": 38
},
"Linear Function Graphs": {
"Ohm's Law": 32,
"Functions": 50,
"Use Function Notation": 67,
"Graph a Linear Function": 20
},
"Graphs Using Slope-Intercept Form": {
"Interpret a Graph to Compare Rates of Change": 97,
"Graph an Equation in Slope-Intercept Form": 100
}
},
"Linear Inequalities": {
"Solving Inequalities": {
"Linear Extrapolation": 58,
"Write and Graph Inequalities in One Variable on a Number Line": 58,
"Solving Inequalities Using Multiplication and Division": 86,
"Solving Inequalities Using Addition and Subtraction": 22
},
"Absolute Value Equations and Inequalities": {
"Solve Absolute Value Inequalities": 67,
"Solve an Absolute Value Equation": 88,
"Rewrite and Solve Absolute Value Inequalities as Compound Inequalities": 74,
"Analyze Solutions to Absolute Value Equations": 87,
"Absolute Value Inequalities": 87,
"Solve Compound Inequalities Using a Graphing Calculator (TI-83/84 family)": 85,
"Graph Absolute Value Functions": 2
},
"Compound Inequalities": {
"Solve a Compound Inequality With “and” or “or”": 37,
"Identify the Number of Solutions of an Inequality": 1,
"Write and Graph Compound Inequalities on a Number Line": 87
},
"Predicting with Linear Models": {
"Perform Linear Regression With a Graphing Calculator": 80,
"Linear Interpolation": 48
},
"Using Inequalities": {
"Solving Multi-Step Inequalities": 32,
"Expressing Solutions of an Inequality": 51
}
},
"Equations and Functions": {
"Problem-Solving Plan": {
"Solve the Problem and Check the Results": 41,
"Determine Whether a Relation is a Function": 91,
"Read and Understand a Given Problem Situation": 51,
"Make a Plan to Solve the Problem": 23
},
"Equations and Inequalities": {
"Solve Problems Using Equations": 30,
"Write Equations and Inequalities": 29,
"Check Solutions to Equations": 29
},
"Functions as Graphs": {
"Graph a Function From a Rule or Table": 27,
"Write a Function Rule from a Graph": 25,
"Represent a Real-World Situation with a Function": 50
},
"Patterns and Equations": {
"Evaluate Algebraic Expressions with a TI-83/84 Family Graphing Calculator": 37,
"Write an Equation": 25,
"Use a Verbal Model to Write an Equation": 10
},
"Variable Expressions": {
"Evaluate Algebraic Expressions": 63
},
"Order of Operations": {
"Order of Operations": 21,
"Evaluate Algebraic Expressions with Exponents": 95,
"Evaluate Algebraic Expressions with Fraction Bars": 54,
"Evaluate Algebraic Expressions with Grouping Symbols": 74
},
"Functions as Rules and Tables": {
"Write a Function Rule": 70,
"Identify the Domain and Range of a Function": 74,
"Check Solutions to Inequalities": 87,
"Make a Table For a Function": 88
}
}
},
"CAL": {
"Derivatives": {
"Derivatives of Trigonometric Functions": {},
"Tangent Lines and Rates of Change": {
"The Tangent Line": 21
},
"The Chain Rule": {},
"The Derivative": {
"Notation": 14,
"Average Rates of Change": 92
},
"Techniques of Differentiation": {
"Existence and Differentiability of a Function": 8
},
"Implicit Differentiation": {},
"Infinite Limits": {}
},
"Integration Techniques": {
"Integration by Substitution": {
"Trigonometric Integrands": 31,
"The Integration Formulas of the Inverse Trigonometric Functions": 50
},
"Trigonometric Integrals": {
"General Description of the Method": 55,
"Integrating Powers of Sines and Cosines": 5
},
"L’Hospital’s Rule": {},
"Integration By Parts": {
"Using Substitution on Definite Integrals": 57,
"Tabular Integration by Parts": 32,
"Repeated Use of Integration by Parts": 43
},
"Improper Integrals": {
"Integrating Powers of Secants and Tangents": 65,
"Integrands with Infinite Discontinuities": 8,
"Integration Over Infinite Limits": 27,
"Homework": 63
},
"Trigonometric Substitutions": {},
"Integration by Partial Fractions": {
"Solving for an Unknown Integral": 83
}
},
"Integration": {
"Integration by Substitution": {},
"The Initial Value Problem": {},
"The Area Problem": {},
"Approximation Errors": {},
"Indefinite Integrals Calculus": {
"Newton’s Method": 95
},
"Definite Integrals": {},
"Evaluating Definite Integrals": {},
"The Fundamental Theorem of Calculus": {}
},
"Applications of Definite Integrals": {
"Area Between Two Curves": {},
"Numerical Integration": {},
"The Length of a Plane Curve": {},
"Volumes": {
"Multimedia Link": 15,
"The Volume Formula": 21,
"Volumes of Solids of Revolution": 33
},
"Area of a Surface of Revolution": {}
},
"Applications of Derivatives": {
"Extrema and the Mean Value Theorem": {},
"Linearization and Newton’s Method": {
"The Derivative of a Constant": 74,
"Linearization: The Tangent Line Approximation": 7
},
"Limits at Infinity": {},
"The Second Derivative Test": {},
"Optimization": {},
"Analyzing the Graph of a Function": {},
"Related Rates": {},
"The First Derivative Test": {}
},
"Transcendental Functions": {
"Derivatives and Integrals Involving Inverse Trigonometric Functions": {
"Applications of Growth and Decay": 1,
"The Derivative Formulas of the Inverse Trigonometric Functions": 7
},
"Applications from Physics, Engineering, and Statistics": {
"Fluid Statics: Pressure": 95,
"Work": 85,
"Volume By Cylindrical Shells": 57
},
"Exponential Growth and Decay": {
"Integrals Involving Exponential Functions": 11
},
"Differentiation and Integration of Logarithmic and Exponential Functions": {
"The Derivative of a Logarithmic Function": 60,
"Derivatives of Exponential Functions": 12,
"Continuity and Differentiability of Inverse Functions": 47,
"Integrals Involving Natural Logarithmic Function": 83
},
"Exponential and Logarithmic Functions": {},
"Inverse Functions": {
"Normal Probabilities": 2
}
},
"Functions, Limits, and Continuity": {
"Continuity": {},
"The Calculus": {},
"Evaluating Limits": {},
"Finding Limits": {},
"Relations and Functions": {},
"Equations and Graphs": {},
"Models and Data": {}
}
},
"GEO": {
"Circles": {
"Angles of Chords, Secants, and Tangents": {},
"Properties of Chords": {
"Arc Addition Postulate": 73,
"Congruent Chords & Congruent Arcs": 19
},
"Extension: Laws of Sines and Cosines": {
"Law of Sines": 73,
"Real-Life Situations": 28
},
"Properties of Arcs": {
"Central Angles & Arcs": 5,
"Tangent Segments": 52
},
"Segments of Chords, Secants, and Tangents": {
"Inscribed Quadrilaterals": 86,
"Segments from Secants": 76,
"Segments from Chords": 36
},
"Parts of Circles & Tangent Lines": {
"Coplanar Circles": 63,
"Tangents and Radii": 25,
"Law of Cosines": 60,
"Tangent Lines": 26
},
"Inscribed Angles": {
"Equidistant Congruent Chords": 8,
"Inscribed Angles": 14
}
},
"Similarity": {
"Trapezoids and Kites": {
"Midsegment of a Trapezoid": 62,
"Trapezoids": 85,
"Kites": 79,
"Parallelograms in the Coordinate Plane": 78,
"Isosceles Trapezoids": 4
},
"Similar Polygons": {
"Similar Polygons": 85,
"Properties of Proportions": 36
},
"Similarity by AA": {
"Angles in Similar Triangles": 79,
"Scale Factors": 24
},
"Similarity by SSS and SAS": {
"SSS for Similar Triangles": 51,
"Indirect Measurement": 10
},
"Similarity Transformations": {
"Dilations": 87,
"Proportions with Angle Bisectors": 66
},
"Proportionality Relationships": {
"Triangle Proportionality": 15,
"Parallel Lines and Transversals": 90,
"SAS for Similar Triangles": 39
},
"Ratios and Proportions": {
"Using Ratios": 40,
"Kites and Trapezoids in the Coordinate Plane": 88,
"Proportions": 55
}
},
"Polygons and Quadrilaterals": {
"Angles in Polygons": {
"Interior Angles in Convex Polygons": 64,
"Indirect Proofs in Geometry": 53
},
"Extension: Indirect Proof": {
"Triangle Inequality Theorem": 52,
"Indirect Proofs in Algebra": 67
},
"Properties of Parallelograms": {
"What is a Parallelogram?": 98,
"Exterior Angles in Convex Polygons": 79
},
"Rectangles, Rhombuses and Squares": {
"Showing a Quadrilateral is a Parallelogram in the Coordinate Plane": 84,
"Defining Special Parallelograms": 41,
"Diagonals in Special Parallelograms": 3
},
"Proving Quadrilaterals are Parallelograms": {
"Determining if a Quadrilateral is a Parallelogram": 32,
"Diagonals in a Parallelogram": 3
}
},
"Surface Area and Volume": {
"Surface Area of Pyramids and Cones": {
"Surface Area of a Right Cylinder": 5,
"Surface Area of a Regular Pyramid": 30,
"Parts of a Pyramid": 85
},
"Exploring Solids": {
"Euler’s Theorem": 8,
"Cross-Sections": 17,
"Area of a Regular Polygon": 17,
"Polyhedrons": 29,
"Regular Polyhedra": 55
},
"Volume of Prisms and Cylinders": {
"Cavalieri’s Principle": 74,
"Volume of a Rectangular Prism": 45,
"Volume of any Prism": 63,
"Surface Area of a Cone": 78
},
"Area and Perimeter of Regular Polygons": {
"Segments of a Circle": 80,
"Perimeter of a Regular Polygon": 10
},
"Volume of Pyramids and Cones": {
"Volume of a Cylinder": 58,
"Volume of a Pyramid": 77
},
"Surface Area of Prisms and Cylinders": {
"Cylinders": 60,
"Parts of a Prism": 61,
"Nets": 55,
"Surface Area of a Prism": 17
},
"Surface Area and Volume of Spheres": {
"Defining a Sphere": 18,
"Volume of a Cone": 75,
"Surface Area of a Sphere": 7
}
},
"Parallel and Perpendicular Lines": {
"Proving Lines Parallel": {
"Converse of Alternate Exterior Angles & Consecutive Interior Angles": 75,
"Same Side Interior Angles Theorem": 63,
"Corresponding Angles Converse": 47,
"Alternate Interior Angles Converse": 73
},
"Lines and Angles": {
"Vertical Angles Theorem": 30,
"Perpendicular Line Postulate": 69,
"Defining Parallel and Skew": 100,
"Parallel Line Postulate": 80
},
"Properties of Perpendicular Lines": {
"Parallel Lines Property": 37,
"Perpendicular Transversals": 74,
"Congruent Linear Pairs": 62
},
"Properties of Parallel Lines": {
"Angles and Transversals": 49,
"Alternate Exterior Angles Theorem": 45,
"Corresponding Angles Postulate": 20,
"Alternate Interior Angles Theorem": 24
},
"Proofs about Angle Pairs and Segments": {
"Naming Angles": 34,
"Proof of the Same Angles Supplements Theorem": 41,
"Two-Column Proof": 48,
"Proof of the Right Angle Theorem": 66
},
"Parallel and Perpendicular Lines in the Coordinate Plane": {
"Slope in the Coordinate Plane": 67,
"Slopes of Parallel Lines": 91,
"Adjacent Complementary Angles": 40,
"Slopes of Perpendicular Lines": 75
}
},
"Right Triangle Trigonometry": {
"The Pythagorean Theorem": {
"The Pythagorean Theorem": 65,
"Pythagorean Triples": 22,
"Area of an Isosceles Triangle": 56,
"The Cantor Set": 53,
"Another Proof of the Pythagorean Theorem": 9,
"Using the Pythagorean Theorem": 42
},
"Inverse Trigonometric Ratios": {
"Inverse Trigonometric Ratios": 20,
"Solving Triangles": 63,
"Angles of Depression and Elevation": 91
},
"Special Right Triangles": {
"Isosceles Right Triangles": 35,
"The Geometric Mean": 10
},
"Using Similar Right Triangles": {
"Inscribed Similar Triangles": 88,
"Identifying Acute and Obtuse Triangles": 91
},
"Tangent, Sine and Cosine": {
"Finding the Sides of a Triangle using Trig Ratios": 91,
"Sine, Cosine, and Tangent Ratios": 30,
"What is Trigonometry?": 8,
"Sine, Cosine, and Tangent with a Calculator": 35,
"30-60-90 Triangles": 100
},
"Converse of the Pythagorean Theorem": {
"The Distance Formula": 64,
"Converse of the Pythagorean Theorem": 56
},
"Extension: Self-Similarity": {
"Dilations in the Coordinate Plane": 7,
"Fractals": 10,
"Sierpinski Triangle": 32
}
},
"Reasoning and Proof": {
"Conditional Statements": {
"If-Then Statements": 89,
"Conjectures and Counterexamples": 92,
"Converse, Inverse, and Contrapositive of a Conditional Statement": 95
},
"Algebraic and Congruence Properties": {
"Properties of Equality": 38,
"Using Properties of Equality with Equations": 20,
"Truth Tables": 28,
"Properties of Congruence": 78
},
"Deductive Reasoning": {
"Deductive Reasoning": 28,
"Law of Syllogism": 54,
"Law of Contrapositive": 73,
"Biconditional Statements": 93,
"Law of Detachment": 54,
"Inductive vs. Deductive Reasoning": 55
},
"Classifying Polygons": {
"Vertical Angles": 70,
"Convex and Concave Polygons": 8,
"Classifying by Angles": 35,
"Classifying by Sides": 48,
"Polygons": 6,
"Triangles": 11
},
"Inductive Reasoning": {
"Visual Patterns": 58,
"Classifying Polygons": 7,
"Number Patterns": 96
}
},
"Triangles and Congruence": {
"The Distance Formula": {
"The Distance Formula": 66,
"Shortest Distance between a Point and a Line": 83,
"Graphing Parallel and Perpendicular Lines": 22,
"Shortest Distance between Two Parallel Lines": 59
},
"Triangle Sums": {
"Exterior Angles": 45,
"Perpendicular Bisectors in the Coordinate Plane": 59,
"Triangle Sum Theorem": 100
},
"Triangle Congruence Using ASA, AAS, and HL": {
"AAS Congruence": 41,
"ASA Congruence": 95,
"Hypotenuse-Leg Congruence Theorem": 17,
"SSS in the Coordinate Plane": 96,
"AAA and SSA Relationships": 19
},
"Triangle Congruence using SSS and SAS": {
"SAS Triangle Congruence Postulate": 29,
"SSS Postulate of Triangle Congruence": 90,
"Congruence Properties": 97
},
"Congruent Figures": {
"Exterior Angles Theorem": 57,
"Creating Congruence Statements": 62,
"The Third Angle Theorem": 7,
"Congruent Triangles": 47
}
},
"Basics of Geometry": {
"Angle Pairs": {
"Linear Pairs": 1,
"Complementary Angles": 40,
"Angle Bisectors": 55,
"Supplementary Angles": 62
},
"Points, Lines, and Planes": {
"Beyond the Basics": 6,
"Building Blocks": 75
},
"Midpoints and Bisectors": {
"Midpoint Formula": 23,
"Congruence": 59,
"Congruent Angles": 95,
"Midpoints": 75,
"Angle Addition Postulate": 74,
"Segment Bisectors": 56
},
"Angles and Measurement": {
"Classifying Angles": 69,
"Marking Angles and Segments in a Diagram": 48,
"Drawing an Angle": 36,
"Distances on a Grid": 69,
"Two Rays = One Angle": 94,
"Protractor Postulate": 65
},
"Segments and Distance": {
"Ruler Postulate": 67,
"Segment Addition Postulate": 16,
"Further Beyond": 73,
"Measuring Distances": 15
}
},
"Relationships with Triangles": {
"Isosceles and Equilateral Triangles": {
"Isosceles Triangle Properties": 29,
"Triangle Congruence Recap": 17
},
"Midsegments of a Triangle": {
"Defining Midsegment": 87,
"Equilateral Triangles": 17
},
"Angle Bisectors in Triangles": {
"Perpendicular Bisectors and Triangles": 52,
"Angle Bisectors": 70
},
"Inequalities in Triangles": {
"Comparing Angles and Sides": 82,
"Altitudes": 60
},
"Medians and Altitudes in Triangles": {
"Point of Concurrency for Medians": 78,
"Medians": 97,
"Angle Bisectors in a Triangle": 97
},
"Perpendicular Bisectors in Triangles": {
"The Midsegment Theorem": 91,
"Perpendicular Bisectors": 100
}
},
"Perimeter and Area": {
"Triangles and Parallelograms": {
"Area Postulates": 94,
"Area of a Parallelogram": 31,
"Finding the Equation of a Circle": 44,
"Areas and Perimeters of Squares and Rectangles": 44
},
"Circumference and Arc Length": {
"Areas of Similar Polygons": 27,
"Circumference of a Circle": 18
},
"Areas of Similar Polygons": {
"Area of a Rhombus and Kite": 53
},
"Areas of Circles and Sectors": {
"Area of a Circle": 50,
"Arc Length": 10,
"Area of a Sector": 4
},
"Extension: Writing and Graphing the Equations of Circles": {
"Segments from Secants and Tangents": 81,
"Graphing a Circle in the Coordinate Plane": 6
},
"Trapezoids, Rhombi, and Kites": {
"Area of a Trapezoid": 10,
"Area of a Triangle": 59
}
}
},
"APS": {
"Non-Parametric Statistics": {
"The Two-Way ANOVA Test": {},
"The Rank Sum Test and Rank Correlation": {}
},
"Visualizations of Data": {
"Common Graphs and Data Plots": {
"Shape, Center, Spread": 58,
"Categorical Variables: Bar Graphs and Pie Graphs": 13,
"Displaying Univariate Data": 12
},
"Histograms and Frequency Distributions": {
"Cumulative Frequency Histograms and Ogive Plots": 61,
"Histograms": 74,
"Relative Frequency Histogram": 8,
"Frequency Tables": 51,
"Frequency Polygons": 7
}
},
"Planning and Conducting an Experiment or Study": {
"Surveys and Sampling": {
"The Characteristics of a Normal Distribution": 28,
"Census vs. Sample": 73
},
"Applications of the Normal Distribution": {}
},
"Regression and Correlation": {
"Scatterplots and Linear Correlation": {},
"Testing a Hypothesis for Dependent and Independent Samples": {},
"Inferences about Regression": {},
"Least-Squares Regression": {}
},
"Sampling Distributions and Estimations": {
"The z-Score and the Central Limit Theorem": {},
"Sampling Distribution": {},
"Experimental Design": {
"Reducing Bias": 78,
"Part One: Multiple Choice": 7
}
},
"Chi-Square": {
"Multiple Regression": {},
"The Goodness-of-Fit Test": {},
"Test of Independence": {}
},
"Normal Distribution": {
"Geometric Probability Distribution": {},
"The Standard Normal Probability Distribution": {
"Part Two: Open-Ended Questions": 9
},
"The Density Curve of the Normal Distribution": {}
},
"Analysis of Variance and F-Distribution": {
"The One-Way ANOVA Test": {},
"Testing One Variance": {},
"The F-Distribution and Testing Two Variances": {}
},
"Hypothesis Testing": {
"Hypothesis Testing and the P-Value": {},
"Testing a Mean Hypothesis": {},
"Student’s t-Distribution": {},
"Testing a Proportion Hypothesis": {},
"Confidence Intervals": {}
},
"Discrete Probability Distribution": {
"Two Types of Random Variables": {},
"Mean and Standard Deviation of Discrete Random Variables": {},
"Sums and Differences of Independent Random Variables": {},
"Probability Distribution for a Discrete Random Variable": {},
"Box-and-Whisker Plots": {
"Part One: Questions": 22,
"Displaying Bivariate Data": 40
},
"The Poisson Probability Distribution": {},
"The Binomial Probability Distribution": {}
}
}
}
}
@jencaul
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jencaul commented Jan 4, 2016

I am new to d3... I really appreciate you sharing code. Where can I get http://mbostock.github.com/d3/d3.layout.js to download and host locally? When I download d3 I don't see the d3.layout.js file in the folder. Only d3.js. Thank you.

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