📘 IB Mathematics: Analysis & Approaches SL
IB Mathematics: Analysis and Approaches SL is designed for students who enjoy exploring the beauty of mathematical structure, logic, and abstract reasoning. This course develops the skills needed to solve complex problems through deep analysis and mathematical proof.
It is ideal for learners aiming to study subjects such as mathematics, engineering, or physical sciences. You’ll gain confidence in tackling algebraic, graphical, and calculus-based problems while strengthening your ability to think critically and logically.
What You’ll Learn
- Algebraic manipulation and mathematical proof
- Function behavior, transformations, and modeling
- Geometry, trigonometry, and vectors
- Advanced calculus concepts including derivatives and integrals
- Exploration of real-world problems using analytical methods
🎯 Course Highlights
- Focus on deep mathematical understanding
- Emphasis on logic, reasoning, and structure
- Preparation for university-level mathematical thinking
📗 Workbook Support
Use the Alphy Mathematics: Analysis and Approaches SL Student Workbook to build confidence in each topic with clear explanations, problem sets, and IB exam-style questions to sharpen your skills and support your IA journey.
Course Features
- Lectures 49
- Quiz 0
- Duration 40 weeks
- Skill level All levels
- Language English
- Students 8922
- Certificate No
- Assessments Yes
- 5 Sections
- 49 Lessons
- 40 Weeks
- Unit 1. Number and algebra8
- Unit 2. Functions10
- 2.1Straight lines AA SL
- 2.2Functions AA SL
- 2.3Graphs and Key features of functions AA SL
- 2.4Composite and inverse functions AA SL
- 2.5The quadratic function AA SL
- 2.6Quadratic equations and quadratic inequalities AA SL
- 2.7Rational functions AA SL
- 2.8Exponential functions AA SL
- 2.9Solving equations AA SL
- 2.10Transformations of graph AA SL
- Unit 3. Geometry and trigonometry8
- Unit 4. Probability and statistics12
- 4.1Collection of data and sampling AA SL
- 4.2Presentation of data AA SL
- 4.3Measures of central tendency AA SL
- 4.4Linear correlation of bivariate data AA SL
- 4.5Probability and expected outcomes AA SL
- 4.6Probability calculations AA SL
- 4.7Discrete random variables AA SL
- 4.8The binomial distribution AA SL
- 4.9The normal distribution and curve AA SL
- 4.10Further linear regression AA SL
- 4.11Conditional probability AA SL
- 4.12The standard normal distribution AA SL
- Unit 5. Calculus11
- 5.1Introduction to differentiation AA SL
- 5.2Increasing and decreasing functions AA SL
- 5.3Derivatives of power functions AA SL
- 5.4Tangents and normals AA SL
- 5.5Introduction to integration AA SL
- 5.6Differentiation rules AA SL
- 5.7Further graph properties AA SL
- 5.8Optimisation AA SL
- 5.9Kinematics AA SL
- 5.10Indefinite integrals AA SL
- 5.11Definite integrals AA SL
