Mathematics: Applications and Interpretation HL
Mathematics: Applications and Interpretation HL
Ian Lucas
Fully updated for the new IBDP Mathematics syllabus, this Guide covers Applications and Interpretation at Higher Level. It will reinforce your understanding of the topics with clear explanations and worked examples, while practice questions for self-testing will help you to prepare for exams.
224 pages
ISBN: 9781913433031
Coverage includes:
Review of all key HL topics
Advice on how to apply your learning in an exam context
Guidance on calculator use
Key features of the Mathematics: Applications and Interpretation HL study guide:
Topic-based practice questions to reinforce essential skills.
Exam-style practice questions for both Section A and Section B of the IB Maths Applications and Interpretation syllabus.
Worked answers for all question types to check progress.
Suggestions to help you maximise your marks on the IB Maths Applications and Interpretation HL exam.
Useful hints, tips, and advice on how to avoid common errors.
Supplementary online content.
Contents of the Mathematics: Applications and Interpretation HL study guide:
Chapter 1: NUMBER AND ALGEBRA
Number Systems
Accuracy and Standard Form
Sequences and Series
Sequences and Series: Applications
Exponents
Logarithms
Polynomial Equations
Complex Numbers
The Complex Plane
Adding Sinusoidal Functions
Basics of Matrices
Determinants and Inverse Matrices
Solving Equations Using Matrices
Eigenvalues and Eigenvectors
Number and Algebra: Long Answer Questions
Chapter 2: FUNCTIONS
Basics of Functions
Graphs of Functions
Mathematical Modelling
Linear Functions
Quadratic Functions
Exponential Functions
Reciprocal functions
Cubic Functions
Trigonometric Functions
Logistic Functions
Using Logarithms in Modelling
Functions: Long Answer Questions
Chapter 3: GEOMETRY AND TRIGONOMETRY
Solution of Triangles
3-D Geometry
Cylinder, Sphere and Cone
Radian Measure
Voronoi Diagrams
Matrices and Transformations
Basics of Vectors
Scalar (Dot) Product
Vector (Cross) Product
Equations of Lines
Application to Kinematics
Graph Theory Basics
Walks and Paths
Adjacency and Transition Matrices
Graph Algorithms
Kruskal's Algorithm
Prim’s algorithm
Chinese Postman Problem
Travelling Salesman Problem (TSP)
Geometry and Trigonometry: Long Answer Questions
Chapter 4: STATISTICS AND PROBABILITY
Definitions
Averages
Measures of spread
Sampling Methods
Surveys and Questionnaires
Probability Notation and Formulae
Lists and Tables of Outcomes
Venn Diagrams
Tree Diagrams
Discrete Probability Distributions
Expectation Algebra
The Binomial Distribution
The Poisson Distribution
The Normal Distribution
Correlation
Non-linear Regression
Sample Means
Confidence Intervals
The Chi-squared Test
Hypothesis Tests – Contingency Tables
Testing for the Mean of a Normal Distribution
Testing for Proportion using the Binomial Distribution
Testing for the Mean of a Poisson distribution
Type I and Type II errors:
Goodness of fit tests
Markov Chains
Statistics and Probability: Long Answer Questions
Chapter 5: CALCULUS
Differentiation – The Basics
The Chain Rule
Product and Quotient Rules
Second Derivative
Graphical Behaviour of Functions
Tangents and Normals
Optimisation problems
Related Rates of Change
Kinematics (1)
Indefinite Integrals
Definite Integrals
Kinematics (2)
Differential Equations
Slope Fields
Euler's Method
Calculus: Long Answer Questions