Unit 1: Sequences and Series
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Unit 2: Exponents and Logarithms
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Binomial Expansion | |
File Size: | 4024 kb |
File Type: |
Unit 3 : Quadratics
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Unit 4: Functions
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Topics
- Sequences and Series
- Part 1: basic sequences
- Arithmetic Sequences
- Geometric Sequences
- How to prove a sequence is geometric
- How to solve for the common ratio with a gap in the table
- Geometric Sequence Applications
- Part 2: series basics
- Sigma & Arithmetic Series
- Geometric Series
- How to solve for a variable in the denominator of a fraction
- Part 3: other types of sequences
- Composite sequences
- Describing quadratics/cubics using sequences
- Fibonacci & other uses of the notation
- Spiral fractals
- Branching fractals
- Part 1: basic sequences
- Exponents & Logs
- Day 1: review of exponent rules
- How to evaluate rational expressions without a calculator
- Day 2: Review of logarithm rules
- Day 3: Exponential Equations
- Day 4: Exponential Growth
- Day 5: Exponential Decay
- Day 6: The Number e
- Day 7: Exponents formative quiz
- Day 8: Log and Exponential Form
- Day 9: Logarithms in Base 10
- Day 10: Laws of Logarithms
- Day 11: Logarithmic Equations
- Day 12: Solving for Unknown Exponents
- Day 13: Natural Logarithms
- Day 13.5 graphing log equations by hand
- Day 14: LOGARITHMS CHECK-IN QUIZ
- Day 15: Change of Base
- Day 16: sequences with logs
- Day 17: Review
- Day 18: Review
- Day 19: Review
- Day 19: EXPONENTS AND LOGARITHMS Test (Non Calculator)
- Day 20: EXPONENTS AND LOGARITHMS Test (With Calculator)
- Day 1: review of exponent rules
- Binomial Theorem
- Day 1: Binomial Expansion with Pascal's Triangle
- Day 2: Binomial Theorem
- Day 3: work day
- Day 4: Binomial Quiz
- Quadratics
- Day 1: Review of graphing quadratics
- Day 2: Solving by Factoring
- Day 3: completing the square
- Day 4: Quad formula & Discriminants
- Day 5: Quad Graphs to Equations
- Day 6: quadratic solving quiz
- Day 7: Quadratic Problem Solving
- Day 8: Quadratic Problem Solving Work Day
- Day 9: Quadratic Optimization
- Functions
- Day 1: Intro to Functions
- Day 2: Domain and Range
- Day 3: Compositions
- Day 3.5: sign diagrams
- Day 4: Asymptotes
- Day 5: Inverses
- Day 6: Transformations
- Day 7: Transformations from an equation and e^x
- Day 8: Transformations continued
- Day 9: Piecewise functions
- Day 10: Quiz
- Day 11: Review
- Day 12: Review
- Day 13: Review
- Day 14: FUNCTIONS Test (non-calculator)
- Day 15: FUNCTIONS (with calculator)
- Triangle Trigonometry
- Day 1: Trig identities review
- Day 2: Law of cosines
- Day 3: Law of Sines
- Day 4: Ambiguous Case (SSA)
- Day 5: Area of triangles
- Day 6: Trig Story Problems
- Day 7: Review/work time
- Day 8: Review/work time
- Day 9: Triangle Trigonometry Test
- Periodic Models (Circle Trigonometry)
- Day 1: Radian and sector area
- Day 2: Radian and sector area
- Day 3: Special right triangles and reference angles
- Day 4: Unit circle
- Day 5: Graphing Sine and Cosine
- Day 6: Periodic Models
- Day 7: Periodic Models
- Day 8: Periodic models
- Day 9: sample quiz
- Day 10: Quiz
- Day 11:Identities and Equations
- Day 12: Identities and Equations
- Day 13: Double Angle Identities
- Day 14: Solving Trigonometry Equations
- Day 15: Periodic Models
- Day 16: Periodic Models
- Day 17: graphing secant, cosecant, cotangent
- Day 18: review
- Day 19: review continued
- Day 20: non-calc periodic functions test
- Day 21: non-calc periodic functions test
- Statistics
- Day 1: General Statistics concepts
- Making bar graphs and frequency distributions
- Distribution simulator
- Day 2: measures of center (mean, median, mode)
- Day 3: Mean, median, mode in table
- Day 4: Data in classes
- Day 5: Percentiles and IQR
- Day 6: Box plots
- What is a 5-number summary
- Day 8: cumulative frequency graphs
- How to find a 5-number summary from a cumulative frequency graph
- Day 9: Standard deviation
- The difference between sample standard deviation and population standard deviation
- How to make the standard deviation calculation by hand
- Day 10: normal curve
- Day 11: Statistics Summative assessment
- Day 1: General Statistics concepts
- Probability
- Part 1: randomness
- Part 2: tree diagrams and binomial expansion
- Connection between tree diagrams and pascals triangle
- Using pascals triangle for probabilities that are 50-50
- Using pascals triangle for probabilities that are not 50-50
- Using the combinations formula for finding elements of pascals triangle
- Part 3: Fair games and expected value
- How to calculate expected value
- Part 4: venn diagram set notation
- Examples of sets (no numbers)
- Describing sets using set notation
- Part 5: conditional probability and Punnett squares
- Using venn diagrams to calculate conditional probabilities
- Representing outcomes with a punnett square
- Part 6: test for independence and laws of probability
- Vectors
- Part 1: 2-D Vector Basics
- Scalar multiplication
- Vector notation in matrix format(2D component form)
- Moving around an image using vectors
- Part 2: 3-D vector basics
- Alg length 2D & 3D
- 3D vectors comp form
- Part 3: vector algebra
- algebraic opperations
- Part 4: multiplying vectors (dot product)
- solving for an angle
- solving for an unknown component (perpendicular)
- solving for an unknown component (parallel)
- Part 5: Vector equations of lines (parametric)
- Graphing a parametric line
- Converting a parametric into cartesian(y=) form
- Part 6: vector scenarios
- Angels and speed
- Distance
- Intersections
- Part 1: 2-D Vector Basics