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- Domains
- Algebra
- Concept of Variables (7)
- Creating Algebraic Expressions (7)
- Evaluating Algebraic Expressions (7)
- Simplifying Algebraic Expressions (8)
- Factorising Algebraic Expressions (8)
- Distributive Laws to Expansion of Algebraic Expressions (8)
- Index Laws (9)
- Distributive Law to Expand Expressions and Collect Like Terms (9)
- Factorising Algebraic Expressions By Taking out Common Algebraic Factors (10)
- Simplify Algebraic Products and Quotients Using index Laws (10)
- Apply the Four Operations to Simple Algebraic Fractions with Numerical Denominators (10)
- Factorising Monic Quadratic Expressions (10)
- Rearranging Formulas to Solve for a Particular Term (10)
- Angles
- Angles Basics (3)
- Comparing Angles to Right Angles (4)
- Estimate Measure and Compare Angles Using Degrees (5)
- Angles on a Straight Line (6)
- Angles On a Point (6)
- Vertically Opposite Angles (6)
- Classifying Triangles (7)
- Angle Sum of a Triangle (7)
- Parallel Lines (7)
- Corresponding, Alternate and Co-Interior Angles (7)
- Area and Perimeter
- Calculate the Perimeter and Area of Rectangles (5)
- Volume and Capacity (6)
- Formulas for the Area of Rectangles Triangles and Parallelograms (7)
- Volume of Rectangular Prisms (7)
- Formulas for the Perimeter and Area of Parallelograms Trapeziums Rhombuses and kites (8)
- Features Of Circles (8)
- Calculating the Area of Composite Shapes (9)
- Surface Area and Volume of Cylinders (9)
- Surface Area and Volume of Right Prisms (9)
- Cartesian Planes
- Chance
- Everyday Events Involving Chance (2)
- Conducting Chance Experiments (3)
- Describing Possible Everyday Events and Order Their Chances of Occurring (4)
- Identify Everyday Events Where One Cannot Happen if the other Happens (4)
- Describing Probabilities and Equally Likely Outcomes (5)
- Describing Probabilities Using Fractions Decimals and Percentages (6)
- Comparing Observed Frequencies With Expected Frequencies (6)
- Single Step Experiments (7)
- Complementary Events and Sum of Probabilities (8)
- Venn Diagrams and Two Way Tables (8)
- Two Step Chance Experiments (9)
- Relative Frequency (9)
- Two/Three-step Chance Experiments and Independence (10)
- Data
- Surveying for Data then Interpret and Compare Data Displays (2/3)
- Constructing Data Displays (4)
- Constructing Data Displays and Dot Plots (5)
- Numerical and Categorical Data (5)
- Interpret and Compare Data Displays (6)
- Interpret Secondary Data (6)
- Identify and Investigate Issues with Numerical Data (7)
- Constructing Surveys (7)
- Stem and leaf Plots and Dot Plots (7)
- Calculating Mean, Median Mode and Range for a set of data (7)
- Calculating Mean, Median, Mode and Range from a frequency Table (7)
- Census Sampling and Observation (8)
- Describing and Interpreting Data Displays using Median, Mean and Range (7)
- Data Through Sampling (8)
- Outliers (8)
- Back to Back Stem and Leaf Plots (9)
- Compare Data Displays Using Mean, Median and Range to Describe and Interpret Numerical Data Sets in Terms of Location (centre) and Spread
- Quartiles/IQR/Box and Whisker Plots (10)
- Scatter Plots (10)
- Decimals
- Decimals Into Tenths and Hundredths (4)
- Decimals Beyond Hundredths (5)
- Compare Order and Represent Decimals (5)
- Adding and Subtracting Decimal Numbers (6)
- Multiplying Decimal Numbers (6)
- Dividing Decimal Numbers (6)
- Multiply and Divide Decimals by 10 (6)
- Rounding Decimal Numbers (7)
- Dividing Decimal Numbers by Other Decimal Numbers (7)
- Recurring Decimals (8)
- Irrational Numbers (8)
- Fractions
- Common Uses of Halves Quarters and Eighths of Shapes (2)
- Model and Represent 1/2,1/3,1/4 and 1/5 (3).
- Count by Quarters Halves and Thirds (4)
- Investigating Equivalent Fractions In Context (4)
- Compare and Order Common Unit Fractions on a Number Line (5)
- Adding/subtracting Fractions with Same/Related Denominators (5)
- Adding/Subtracting Fractions with Same/Related Denominators (6)
- Finding Fractions of a Quantity (6)
- Comparing Fractions Using Equivalence (7)
- Adding/Subtracting Fractions with Different/Unrelated Denominators (7)
- Multiplying/Dividing Fractions with Different/Unrelated Denominators (7)
- Connecting Equivalent Fractions Decimals and Percentages and carry out simple conversions (7)
- Geometric Reasoning
- Integers
- Linear Equations
- Location
- Measurement
- Compare and order shapes and objects (2)
- Measure Compare and Order Shapes and Objects Using Familiar Units (3)
- Using Scaled Instruments to Measure and Compare Lengths Masses capacities and Temperatures (4)
- Choose Appropriate Units of Measurement for Length Area Volume Capacity and Mass (5)
- Converting Units of Measurement (6)
- Money
- Australian Coins and Notes (2)
- Representing Money (3)
- 4 Operations with Money and Rounding to Nearest 5 Cents (4)
- Investigate and Calculate Percentage Discounts of 10, 25 and 50 on Sale Items (6)
- Investigate and Calculate Best Buys (7)
- Solve Problems Involving Profit and Loss (8)
- Solve Problems Involving Simple Interest (9)
- Solve Problems Involving Compound Interest (10)
- Numbers 2-6
- Numbers 5-10A
- Percentages
- Connecting Equivalent Fractions Decimals and Percentages (6)
- Simple Conversions of Fractions Decimals and Percentages (7)
- Find Percentages of Quantities (7)
- Express one Quantity as a Percentage of Another (8)
- Solve Problems Involving the use of Percentages, Including Percentage Increases and Decreases (8)
- Pythagoras and Trigonometry
- Shape
- Describe and Draw 2-D Shapes (2)
- Features of 3-D Objects (2)
- Make Models of 3-D Objects (3)
- Compare and Describe 2 D Shapes (4)
- Symmetrical Patterns Pictures and Shapes(4)
- Connect 3-D objects with Their Nets (5)
- Prisms and Pyramids (6)
- Draw Different Views of Prisms and Solids Formed from Combinations of Prisms (7)
- Time
- Describing Time Using Quarter Past and Quarter to (2)
- Name and Order Months and Seasons (2)
- Using a Calendar (2)
- Telling Time to the Minute (3)
- Converting between units of time (4)
- Use AM and PM Notation and Solve Simple Time Problems (4)
- Compare 12 and 24 Hour Time Systems and Convert Between Them (5)
- Interpret and Use Timetable (5)
- Transformation
- Flip Slide and Turns (2)
- Symmetry in the Environment (3)
- Creating Symmetrical Patterns, Pictures and Shapes (4)
- Describe translations Reflections and Rotations of 2-D Shapes (5)
- Line and Rotational Symmetry (5)
- Enlargement Transformation (5)
- Describe Translations Reflections and Rotations of 2-D Shapes on the Cartesian Plane (7)
- Algebra
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