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Phoenix Course Summaries
HSC General Maths
HSC Maths
HSC Maths Extension 1
HSC Maths Extension 2
by George Fisher
Each Phoenix
Course Summary provides a comprehensive and thorough summary
of all the essential material for each HSC Maths course in a form
which makes it simple for students to identify what they have to
know for the HSC examination and to help them learn it.
They include:
v
formulas
v
theorems
v
procedures
v
worked examples
In addition, they have
o
provision for students to add their
own notes from other sources - textbook, study guide, teacher
o
useful suggestions to help learn
the material
o
practice questions, with answers,
for each part of the course
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Course Summary General Maths Contents
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Formulas
Topic 1 Mathematical modelling
Topic 2 Financial mathematics
Earning money (Preliminary)
Salary and wages
Casual employment
Part-time employment
Commission
Piecework
Overtime
Penalty rates
Holiday pay
Holiday loading
Budgeting (Preliminary)
Taxation (Preliminary)
PAYE, PAYG
Gross income
Deductions
Tax payable
Credit and borrowing (HSC)
Simple interest
Compound interest
Annuities and loan repayments (HSC)
Future value of an annuity
Present value of an annuity
Depreciation (HSC)
Spreadsheet applications (HSC)
Calculation of compound and simple interest
Calculation of annuities
Tax calculations
Spreadsheet formulas
Topic 3 Data analysis
Graphs (Preliminary)
Picturegrams
Pie charts
Column graphs
Dot plots
Stem-and-leafplots
Line graphs
Histograms and polygons
Data collection, sorting and display
Random variables
Frequency
Cumulative frequency
Relative frequency
Distribution tables
Interpreting sets of data (HSC)
Measures of central tendency
Measures of dispersion: range, variance,
Deviations, interquartile range
Box-and-whisker plots
Uses of the standard deviation (HSC)
Normal distribution
z-scores
Correlation using scatter plots (HSC)
Positive correlation
Negative correlation
Topic 4 Measurement
Units of measurement (Preliminary)
Units and symbols
Time and calendar
Measuring instruments
Measuring angles
Rounding
Scientific notation
Ratio
Rates and conversions
Solid shapes
Nets
Scale drawing
Plans
Perspective drawing
Applications of area and volume
Similarity
Calculation of sides
Pythagoras' theorem (right-angled triangles)
Trigonometry
Angles of elevation and depression
The field notebook
Scale diagrams
Parts of a circle
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Mensuration (HSC)
Perimeter
Area
Volume
Capacity
Mass
Surface area
Formulas for perimeter and area of 2D figures
Formulas for surface area and volume of 3D figures
Composite figures
Simpson's rule
Applications of trigonometry (HSC)
Bearings
Angles of any magnitude
Non-right-angled triangles: sine and cosine rules
Area of a triangle
Radial survey
Spherical geometry (HSC)
The earth as a sphere
The earth's axis and the equator
Parallels of latitude and distances
Topic 5 Probability
Definitions
Likely outcomes
Experimental probability
Theoretical probability
Probability that an event does not occur
The multiplication principle
Counting techniques (HSC)
Box-filling technique
Tree diagrams
Grid diagrams
Sets: intersection, union, notation
Venn diagrams
Multi-stage events (HSC)
The addition theorem of probability
Mutually-exclusive events
The product theorem of probability
Independent events
Dependent events:
Applications of probability (HSC)
Probability trees
Permutations
Topic 6 Algebraic modelling
Basic algebraic skills (Preliminary)
Pronumerals
Algebraic abbreviations
Like and unlike terms .
Simplifying algebraic expressions
Removing grouping symbols
Binomial products
Perfect squares
Reduction
Multiplication and division
Addition and subtraction
Substitution
Algebraic skills and techniques
Solving equations
Solving inequations and graphing solutions on the number
line
Formulas
Modelling linear relationships
The number plane
Plotting points
Graphing linear equations
Gradient and distance of an interval joining two points
Equations of lines
Lines of best fit
Equations with square roots
Intersection of two lines
Simultaneous equations
Graphs
Curves
Variation
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Course Summary Maths Contents
Topic 1 Basic arithmetic and algebra (Preliminary)
Topic 2 Plane geometry (Preliminary)
Topic 3 Functions and relations (Preliminary)
Topic 4 Trigonometry (Preliminary)
Topic 5 Coordinate geometry (Preliminary)
Topic 6 Introductory calculus (Preliminary)
Topic 7 The quadratic polynomial and the parabola
(Preliminary)
Topic 8 Geometrical applications of differentiation (HSC)
Topic 9 Series and sequences (HSC)
Topic 10 Integration (HSC)
Topic 11 Logarithmic and exponential functions (HSC)
Topic 12 The trigonometric functions (HSC)
Topic 13 Probability (HSC)
Topic 14 Applications of calculus to the physical world
Table of derivatives
Table of integrals
Revision exercises
Revision exercises answers
Course Summary Maths Extension 1 Contents
Topic 1 Basic arithmetic and algebra (Preliminary)
Topic 2 Plane geometry (Preliminary)
Topic 3 Functions and relations (Preliminary)
Topic 4 Trigonometry (Preliminary)
Topic 5 Coordinate geometry (Preliminary)
Topic 6 Introductory calculus (Preliminary)
Topic 7 The quadratic polynomial and the parabola
(Preliminary)
Topic 8 Geometrical applications of differentiation (HSC)
Topic 9 Polynomials (Extension 1) (Preliminary)
Topic 10 Permutations and combinations (Extension 1)
(Preliminary)
Topic 11 Series and sequences (HSC)
Topic 12 Integration (HSC)
Topic 13 Logarithmic and exponential functions (HSC)
Topic 14 The trigonometric functions (HSC)
Topic 15 Probability (HSC)
Topic 16 Applications of calculus to the physical world
(HSC)
Topic 17 Inverse functions and inverse trigonometric
functions (Extension 1) (HSC)
Topic 18 Further polynomials (Extension 1) (HSC)
Topic 19 The binomial theorem (Extension 1) (HSC)
Topic 20 Further probability (Extension 1) (HSC)
Table of derivatives
Table of integrals
Revision exercises
Extension 1 revision exercises
Answers to revision exercises
Answers to Extension 1 revision exercises
Course Summary Maths Extension 2 Contents
Topic 1 Curve sketching
Topic 2 Complex numbers
Topic 3 Polynomials and partial fractions
Topic 4 Calculus and integration
Topic 5 Conic sections
Topic 6 Volumes of solids
Topic 7 Dynamics
Topic 8 Circular motion
Topic 9 Harder extension 1 topics
Specimen paper 1 and solutions
Specimen paper 2 and solutions
Specimen paper 3 and solutions |