Laura Bellini
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Crash report
Mathematics J560,03 Foundation November 2022
1. Number Operations & Ratios | Ordering, Differences, and Simplification – Ordering numbers, finding numerical differences, simplifying ratios, and converting map scales.
2. Geometry & Transformations | Reflection, Angles, and Similarity – Reflecting shapes, identifying congruent and similar triangles, solving for angles in polygons.
3. Statistics & Probability | Relative Frequency, Data Tables, and Probability Trees – Completing relative frequency tables, predicting event likelihoods, and analyzing probability distributions.
4. Algebra & Equations | Expressions, Quadratics, and Function Machines – Solving equations, simplifying expressions, manipulating function machines, and solving quadratic equations.
5. Graphs & Correlations | Scatter Plots, Line of Best Fit, and Gradient Calculations – Interpreting scatter plots, estimating correlations, using best-fit lines, and calculating gradients.
6. Applied Mathematics | Area, Perimeter, and Real-Life Calculations – Determining areas of cuboids, surface area changes, perimeter calculations in similar triangles, and volume-based conversions.
2. Geometry & Transformations | Reflection, Angles, and Similarity – Reflecting shapes, identifying congruent and similar triangles, solving for angles in polygons.
3. Statistics & Probability | Relative Frequency, Data Tables, and Probability Trees – Completing relative frequency tables, predicting event likelihoods, and analyzing probability distributions.
4. Algebra & Equations | Expressions, Quadratics, and Function Machines – Solving equations, simplifying expressions, manipulating function machines, and solving quadratic equations.
5. Graphs & Correlations | Scatter Plots, Line of Best Fit, and Gradient Calculations – Interpreting scatter plots, estimating correlations, using best-fit lines, and calculating gradients.
6. Applied Mathematics | Area, Perimeter, and Real-Life Calculations – Determining areas of cuboids, surface area changes, perimeter calculations in similar triangles, and volume-based conversions.