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GRADE
8 REVIEW
Unit Objectives: Review essential skills from the Grade
8 curricula necessary for success in Senior 1. |
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NOTES PDF |
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1.
Math Terminology 2. Multiplication Tables 3. Multiplication:
Long-hand; Decimal Places 4. Multiplication: Rounding Rules 5.
Multiplication: Estimation 6. Division: Shortcuts 7. Division:
Long Division 8. Integer Operations: Order of Operations 9.
Integer Operations: Multiplication and Division 10. Integer Operations:
Addition and Subtraction (The Number Line) 11. Rational Numbers (Fractions):
Multiplication and Division 12. Rational Numbers (Fractions): Prime
Factoring 13. Rational Numbers (Fractions): Lowest Common Denominator
14. Rational Numbers (Fractions): Addition and Subtraction |
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EXPONENTS
1 Unit Objectives: Understand what exponents
are and how to use the basic exponent rules; understand and use scientific notation
for really big numbers. | |
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NOTES PDF | |
BONUS |
1.4
Exponents & Powers 1.5 The Exponent Rules 1.7 Scientific
Notation 1.8 Working with Exponents | |
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Cross Sums |
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EQUATIONS
1 Unit Objectives: Understand the processes
of evaluating expressions and grouping like terms; understand the translation
of expressions from English into mathematical equations; using addition, division
and multiplication to isolate a variable in an equation. |
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NOTES PDF | |
BONUS |
2.2
Evaluating Expressions 2.3 Like Terms 2.4 Writing Equations
2.6 Using Addition to Solve 2.7 Using Division and Multiplication
to Solve | |
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Number Kriss Kross |
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MEASUREMENT
Unit Objectives: Given the appropriate formulas, understand
how to calculate surface area and/or volume for various 2D and 3D shapes. |
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NOTES PDF | |
BONUS |
7.1
Areas of Rectangles, Squares and Circles 7.2 Areas of Parallelograms,
Triangles and Trapezoids 7.3 Surface Area and Volume of a Prism | |
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EQUATIONS
2 Unit Objectives: Understand how to more
complicated equations, involving multiple variable terms, brackets, fractions
and decimals. | |
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NOTES PDF | |
BONUS |
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2.10 Solving Equations Using More Than One Step 2.11 Solving
Equations with Variables on Both Sides 2.12 The Distributive Property
2.13 Solving Equations with Brackets 2.14 Solving Equations with
Fractions & Decimals | |
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Logic Puzzles |
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SPATIAL
GEOMETRY Unit Objectives: Understand how
to draw and interpret a locus of points; represent 2D and 3D shapes through in
drawings; understand how to create models of 2D and 3D shapes from blueprints. |
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NOTES PDF | |
BONUS |
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10.1 Locus of Points 10.2 Drawing Plans and Elevations
10.3 Sketching and Modelling 3D Objects | |

Spatial Geometry Notes | |
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EXPONENTS
2 Unit Objectives: Understand how to work
with powers of monomials, evaluate zero exponents, simplify negative exponents,
calculate with very small numbers using scientific notation, and deal with basic
formulas that require rational number inputs. |
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NOTES PDF | |
BONUS |
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1.9 Powers of Monomials 1.11 Zero and Negative Exponents
1.12 Scientific Notation: Small Numbers 1.13 Rational Numbers
and Formulas | |
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Tessellation Poster |
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TRANSFORMATIONAL
GEOMETRY Unit Objectives: Given the appropriate
formulas, understand how to calculate surface area and/or volume for various 2D
and 3D shapes. | |
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NOTES PDF | |
POWERPOINT DEMO |
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8.1 Translations 8.2 Reflections 8.3 Rotations
8.4 Dilations 8.5 Symmetry | |
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TRIGONOMETRY
Unit Objectives: Given the appropriate formulas, be able
to solve for side lengths and angle measures in right angle triangles (including
triangles presented as part of a word problem). |
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NOTES PDF | |
BONUS |
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6.2 Similar Triangles 6.3 The Tangent Ratio 6.4 The
Sine and Cosine Ratios 6.5 Inverse Trigonometry 6.6 Word Problems | |
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Something |
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PROBABILITY
Unit Objectives: Understand and apply the concepts of
probability in a variety of situations. |
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NOTES PDF | |
BONUS |
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9.4 The Probability Formula 9.5 Independent Events | |

Probability Notes | |

Something |
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POLYNOMIALS
1 Unit Objectives: Understand how to distinguish
between the different types of polynomial, identify their degree, and perform
the basic operations of addition, subtraction, multiplication and division on
polynomials. | |
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NOTES PDF | |
BONUS |
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4.1 Defining Polynomials 4.2 Adding Polynomials 4.3
Subtracting Polynomials 4.5 Multiplying Polynomials 4.6 Dividing
Polynomials | |
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Word Arithmetic |
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STATISTICS
Unit Objectives: Understand how to interpret and create
a scatterplot; understand how to interpolate and extrapolate information from
a scatterplot using a line of best fit. |
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NOTES PDF | |
BONUS |
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9.1 Reading Scatterplots 9.2 Drawing Scatterplots 9.3
Lines of Best Fit | |
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Something |
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POLYNOMIALS
2 Unit Objectives: Understand how to factor,
multiply and divide polynomials greater than simple monomials. |
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NOTES PDF | |
BONUS |
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5.1 Common Factors and the GCF 5.2 Factoring Expressions with
Common Factors 5.3 Multiplying a Polynomial by a Monomial 5.4
Dividing Polynomials by Monomials 5.5 Binomial Products (FOIL) 5.6
Factoring Trinomials | |

Polynomials 2 Notes | |

Something |
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WORD
PROBLEMS Unit Objectives: Understand how to
analyze, set up, and solve problems using algebra, given a description of the
problem situation in words. |
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NOTES PDF | |
Blanks |
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3.1 Solving Problems Using Equations 3.3 Working with Formulas
3.4 Developing Formulas 3.5 Uniform Motion Problems 3.6
Rate of Work Problems 3.7 Interpret Graphs | |
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POLYNOMIALS
3 Unit Objectives: Understand factoring and
solving of more complicated polynomias |
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NOTES PDF | |
BONUS |
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5.7 Special Product (a-b)(a+b) 5.8 Factoring the Difference
of Squares 5.9 Special Products: Perfect Squares 5.10 Products
of Polynomials 5.11 Rational Expressions | |

Polynomials 3 Notes | |

Something |