1st 6 Weeks Notes Chapter 8 Lessons 8.1-8.5 8.1 Arithmetic and Geometric Sequences 8.3 Arithmetic Series 8.4 Geometric Series 8.5 Infinite Series 8.2 Limits of Sequences Chapter 1 1.1-1.2 Tables and Graphs, Stemplots and Dotplots 1.3-1.4 Measures of Center, Quartiles, Percentiles, and Box Plots 1.4 Continued Calculating Outliers 1.5 Histograms 1.6 Choosing a good display 1.7 Variance and Standard Deviation The Normal Curve 3.9 Z-scores Chapter 2 2.1 The Language of Functions 2.2 Linear Models and Correlation 2.3 The Line of Best Fit 2.4 Exponential Funtions, Exponential Models Simple Interest Formulas 2.6 Quadratic Models regression Equations and Models 2.7 Piecewise Functions 2.8 Choosing a Good Model |
2nd 6 Weeks Notes Chapter 3 3.1 Changing Windows 3.2 The Graph-Translation Theorem 3.3 Translations of Data 3.4 Symmetries of Graphs 3.5 The Graph Scale Change Theorem 3.6 Scale Changes of Data 3.7 Composition of Functions 3.8 Inverse Functions Chapter 6 6.1 Nth Root Functions 6.2 Rational Power Functions 6.3 Logarithm Functions 6.4 Natural Logarithms and e Continuously Compounding Interest Formulas 6.5 Properties of Logs 6.6 Solving Exponential Equations Chapter 5 and 4 5.1 Right Triangle Trig. SOHCAHTOA 5.2 - 5.4 Law of Sines and Law of Cosines 4.1 Measures of Angles and Rotations Unit Circle 4.6 Sin, Cos, and Tan Graphs Amplitude, Period, Phase Shift, Vertical Shift |
3rd 6 Weeks Notes Chapter 7 7.1 Basic Principles of Probability 7.2 Addition Counting Principle 7.3 Multiplication Counting Principles 7.4 Permutations Combinations 7.5 Independent Events 7.6 Probability Distributions Probability Distributions and Expected Value Chapter 8 8.6-8.9 Pascal's Triangle and the Binomial Theorem Binomial Theorem with Substitution Binomial Probabilities Binomial Probability Distributions Finding Probabilities using the standard Normal Distribution NC Final Review 1 NC Final Review 2 NC Final Review 3 NC Final Review 4 |
