Oxford University Press
David Rayner, Jim Fensom
Education & Teaching
Complete International Mathematics for Cambridge IGCSE® Extended
US\$ 42.50
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Description
Contents
Reviews

An expert dual approach - with David Rayner injecting his well-known rigour and exact match to the Cambridge IGCSE® (0607) specification, plus IB Maths specialist Jim Fensom incorporating the enrichment and IB-focus needed for success in future IB study. The resource is fully up-to-date and matched to the latest Cambridge syllabus. It provides thorough exam support, with a practice-based approach and plenty of worked examples to reinforce understanding. it
includes free access to online resources focused on building assessment confidence, with revision help and a whole suite of past exam papers. This resource offers just the right amount of rigour for Cambridge IGCSE International Mathematics and is specially tailored for IB preparation, with integrated graphics
calculator guidance providing invaluable support. A solid foundation which will sufficiently challenge students to hit the ground running in IB Maths.

Language
English
ISBN
9780198307778
Front Cover
Title Page
Contents
Introduction
What’s on the website?
1 Using your graphic display calculator
1 Using templates in basic calculations
1.1 Fractions
1.2 Square roots
1.3 n th roots
1.4 Exponents
1.5 Absolute value
1.6 Logarithms
2 Working with graphs
2.1 Entering a function and choosing a window
2.2 Producing a table of values for a function
2.3 Finding zeros (roots)
2.4 Finding a local minimum
2.5 Finding a local maximum
2.6 Finding the intersection point of two graphs
3 Working with data
3.1 Calculation of basic statistics from a list
3.2 Calculation of basic statistics from a frequency table
3.3 Finding a linear regression equation
3.4 Drawing a scatter graph and the graph of the equation of linear regression
2 Number
2.1 Vocabulary and notation for sets of numbers
2.2 Arithmetic
2.3 Number facts and sequences
2.4 Approximations and estimation
2.5 Standard form
2.6 Ratio and proportion
2.7 Percentages
2.8 Speed, distance and time
3 Algebra 1
3.1 Negative numbers
3.2 Directed numbers
3.3 Formulae and expressions
3.4 Brackets and simplifying
3.5 Linear equations
3.6 Problems solved by linear equations
3.7 Simultaneous equations
3.8 Problems solved by simultaneous equations
3.9 Factorising
3.11 Problems solved by quadratic equations
4 Mensuration
4.1 Area
4.2 The circle
4.3 Arc length and sector area
4.4 Chord of a circle
4.5 Volume
4.6 Surface area
5 Functions 1
5.1 Function notation
5.2 Inverse function
5.4 Sketch graphs
5.5 Interpreting graphs
6 Investigations and mathematical modelling
6.1 Investigations
6.2 Mathematical modelling
7 Geometry
7.1 Fundamental results
7.2 Pythagoras’ theorem
7.3 Symmetry
7.4 Similarity
7.5 Circle properties
8 Algebra 2
8.1 Inequalities
8.2 Indices
8.3 Rearrangement and evaluation of formulae
8.4 Algebraic fractions
8.5 Difference method, n th term of a sequence
8.6 Geometric series
8.7 Variation, direct and inverse
9 Functions 2
9.1 Drawing and using graphs
9.3 The forms y = mx + c and ax + by = d
9.4 Curved graphs
9.5 Graphical solution of equations
9.6 Transformations of the graph of y = f(x)
9.7 Logarithm function
10 Trigonometry
10.1 Right-angled triangles
10.2 Sine, cosine and tangent for 0°, 30°, 45°, 60°, 90°
10.3 Three-dimensional problems
10.4 Sine, cosine, tangent for any angle
10.5 The sine rule
10.6 The cosine rule
11 Vectors and transformations
11.1 Vectors
11.2 Column vectors
11.3 Simple transformations
11.4 Combined transformations
12 Sets
12.1 Set notation
12.2 Logical problems
13 Probability
13.1 Probability
13.2 Mutually exclusive and independent events
13.3 Tree diagrams
14 Statistics
14.1 Reading and interpretation of data or graphs
14.2 Averages, range and quartiles
14.3 Histograms
14.4 Cumulative frequency
14.5 Scatter diagrams
15 Investigations and mathematical modelling 2
15.1 Investigations
15.2 Mathematical modelling
2 Number
3 Algebra 1
4 Mensuration
5 Functions 1
6 Investigations and mathematical modelling
7 Geometry
8 Algebra 2
9 Functions 2
10 Trigonometry
11 Vectors and transformations
12 Sets
13 Probability
14. Statistics
15 Investigations and mathematical modelling 2
Index
Back Cover
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