png, 1.18 MB
png, 1.18 MB
docx, 63.21 KB
docx, 63.21 KB
docx, 62.33 KB
docx, 62.33 KB
docx, 63.78 KB
docx, 63.78 KB
docx, 64.44 KB
docx, 64.44 KB
docx, 64.05 KB
docx, 64.05 KB
pdf, 98.85 KB
pdf, 98.85 KB
pdf, 89.36 KB
pdf, 89.36 KB
pdf, 126.77 KB
pdf, 126.77 KB
pdf, 93.14 KB
pdf, 93.14 KB
pdf, 162.6 KB
pdf, 162.6 KB
pdf, 80.17 KB
pdf, 80.17 KB
pdf, 128.63 KB
pdf, 128.63 KB
pdf, 125.84 KB
pdf, 125.84 KB
pdf, 125.96 KB
pdf, 125.96 KB
pdf, 84.55 KB
pdf, 84.55 KB

Complete Unit Planner Bundle for IB Mathematics Analysis and Approaches Topic 2: Functions. Covers all 5 teaching units from T2-A to T2-E. 35 structured lesson plans across the topic. Designed for combined SL/HL classrooms.

What’s inside?

5 complete unit planners –
T2-A Concept of a Function, Domain, Range & Transformations (7 lessons);
T2-B Linear & Quadratic Functions (7 lessons);
T2-C Rational Functions & Graph Sketching (7 lessons);
T2-D Exponential & Logarithmic Functions (7 lessons);
T2-E Sinusoidal Functions & Trigonometric Modelling (7 lessons).

For a free unit planner on T1-A Number Systems, Indices & Scientific Notation, please visit https://www.tes.com/teaching-resource/resource-13494084

Each unit planner follows the same structure – SL/HL differentiation map, prior knowledge audit with diagnostic questions, command term focus, transfer goals, content/skills/misconceptions breakdown, historical context/NOS connections, TOK questions, upstream/downstream links, 7 lesson plans (75 min each) including cross-curricular hooks, student activities (card sorts, error detection, group problem-solving), IB exam connections, formative/summative assessments, GDC techniques, ATL skills, resources, and teacher reflection.

SL/HL differentiation – HL extensions: odd/even and self-inverse functions; formal injection/surjection/bijection; Vieta’s formulas for quadratics; oblique (slant) asymptotes via polynomial division; reciprocal graphs (y=1/f(x)); modulus functions; compound angle formulas; proving trigonometric identities; solving harder trig equations.

Assessment – Formative: entry/exit tickets, card sorts, error detection, mini-whiteboard checks. Summative: 5 end-of-unit tests (SL + HL sections). Full mark schemes.

Perfect for: Teachers delivering Topic 2. Combined SL/HL classrooms. Building graphical and algebraic fluency for Paper 1 and Paper 2.

Tags:
#IBMaths #MathematicsAA #Topic2 #Functions #SL #HL #UnitPlanner #35Lessons #T2A #T2B #T2C #T2D #T2E #DomainAndRange #Transformations #QuadraticFunctions #RationalFunctions #GraphSketching #ExponentialFunctions #Logarithms #SinusoidalFunctions #TrigonometricModelling #FA2025 #LessonPlans #DPMathematics #IBTeacher #CompleteBundle #5Planners #Inverses #Composition #Asymptotes #VietasFormulas #ObliqueAsymptotes #Modulus #TrigonometricIdentities #CompoundAngles #AmplitudePeriod #Phaseshift #GDC #Paper1 #Paper2 #IBDP #InternationalBaccalaureate #MathematicsEducation #TeacherResources #CurriculumMapping #TwoYearPlan #Term2 #Year2 #MathsAA

Get this resource as part of a bundle and save up to 20%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

Complete Unit Planner Bundle for IB Mathematics Analysis and Approaches — All 5 Topics (38 Planners, 250+ Lessons)

The most comprehensive IB Mathematics AA unit planner collection available. Covers the ENTIRE two-year course across all five Topics, with 38 complete unit planners and over 250 structured lesson plans. Designed for combined SL/HL classrooms from Year 1 through Year 2 completion. What's Inside? 38 Complete Unit Planners Across All 5 Topics Topic 1: Number and Algebra — 8 Unit Planners T1-A Sequences & Series — Arithmetic and Geometric (7 lessons) T1-B Exponents, Logarithms & Surds (7 lessons) T1-C The Binomial Theorem & Pascal's Triangle (7 lessons) T1-D Proof, Mathematical Induction & Counterexamples (7 lessons) T1-E Systems of Equations & Matrices (7 lessons) T1-F Complex Numbers — Cartesian Form (7 lessons) T1-G Complex Numbers — Polar Form & De Moivre's Theorem (7 lessons) T1-H Complex Roots of Polynomials & Euler's Form (7 lessons) SL/HL differentiation highlights: HL: Mathematical induction (full treatment) HL: Systems of linear equations (unique/infinite/no solutions) HL: Complex numbers — polar form, De Moivre's theorem, nth roots of unity HL: Euler's form e^(iθ) and complex roots of polynomials Topic 2: Functions — 5 Unit Planners T2-A Function Notation, Domain & Range (7 lessons) T2-B Transformations & Graph Sketching (7 lessons) T2-C Quadratic Functions & the Discriminant (7 lessons) T2-D Rational Functions & Asymptotes (7 lessons) T2-E Exponential & Logarithmic Functions (7 lessons) SL/HL differentiation highlights: HL: Sum and product of roots of polynomials HL: Rational functions with oblique asymptotes HL: Solving exponential and logarithmic inequalities HL: The relationship between exponential and logarithmic functions Topic 3: Geometry and Trigonometry — 7 Unit Planners T3-A Coordinate Geometry — Lines, Circles & Voronoi Diagrams (7 lessons) T3-B Trigonometric Ratios, The Unit Circle & Graphs (7 lessons) T3-C Trigonometric Identities & Equations (7 lessons) T3-D Trigonometric Proofs & Compound Angles (7 lessons) T3-E Vectors — 2D and 3D (7 lessons) T3-F The Scalar Product & Vector Applications (7 lessons) T3-G Vector Equations of Lines & Planes (7 lessons) SL/HL differentiation highlights: HL: Voronoi diagrams with missing sites HL: Double-angle identities & further trigonometric proofs HL: Vector equations of lines in 3D HL: Vector equations of planes, intersections, and distances Topic 4: Statistics and Probability — 8 Unit Planners T4-A Descriptive Statistics & Data Presentation (7 lessons) T4-B Probability — Concepts, Sample Space & Tree Diagrams (7 lessons) T4-C Discrete Random Variables & the Binomial Distribution (7 lessons) T4-D The Normal Distribution & Standardisation (7 lessons) T4-E Bivariate Statistics & Correlation (7 lessons) T4-F Linear Regression & Prediction (7 lessons) T4-G The Poisson Distribution & Approximations (7 lessons) T4-H Statistical Inference & Hypothesis Testing (7 lessons) SL/HL differentiation highlights: HL: Bessel's correction and population vs sample variance HL: Linear interpolation for grouped data (quartiles, percentiles) HL: Bayes' theorem and the law of total probability HL: The Poisson distribution and the binomial-to-Poisson approximation HL: The normal approximation to the binomial with continuity correction HL: Linear combinations of independent normal variables HL: The coefficient of determination (r-squared) HL: Residual analysis and outlier influence HL: Hypothesis testing for the mean HL: Confidence intervals for the mean Topic 5: Calculus — 10 Unit Planners T5-A Limits, Continuity & Differentiation from First Principles (7 lessons) T5-B Differentiation Rules, Tangent Lines & Graph Analysis (7 lessons) T5-C Optimisation & Kinematics (7 lessons) T5-D Derivatives of Inverse Trig Functions & Implicit Differentiation (7 lessons) T5-E Indefinite & Definite Integrals, the Fundamental Theorem of Calculus (7 lessons) T5-F Volumes of Revolution & Related Rates (7 lessons) T5-G Integration by Substitution & Integration by Parts (7 lessons) T5-H Differential Equations & Euler's Method (7 lessons) T5-I Maclaurin Series, Euler's Formula & Taylor Approximations (7 lessons) T5-J L'Hôpital's Rule & Improper Integrals (7 lessons) SL/HL differentiation highlights: HL: Formal epsilon-delta definition of a limit & the Squeeze Theorem HL: Proof that differentiability implies continuity HL: First-principles derivation of d/dx(e^x) HL: Higher-order derivatives & logarithmic differentiation HL: Implicit differentiation (full treatment) HL: Integration by substitution & by parts (including cyclic parts) HL: Euler's method for numerical approximation HL: Maclaurin series & Euler's Formula HL: L'Hôpital's Rule & improper integrals What Each Unit Planner Includes Each of the 38 planners follows the same comprehensive, exam-aligned structure: Section Content Unit Overview SL/HL differentiation map, prior knowledge audit with diagnostic questions, command term focus, transfer goals Content & Skills Students will know / develop the skill of / grasp that... breakdown, content/skills/conceptual misconceptions, factual/procedural/debatable inquiry questions Connections Historical context & NOS, international-mindedness, TOK connections, upstream/downstream links, cross-curricular IB connections Lesson Plans 7 lessons per unit (75 min each) with learning outcomes, cross-curricular hooks, prior knowledge checks, direct instruction, student activities, IB exam connections, formative assessment, homework, teacher notes Assessment Formative assessments (exit tickets, formula sprints, error parades, GDC practice); Summative assessments (end-of-unit tests with SL + HL sections, full mark schemes) ATL & Resources Thinking, communication, self-management, research skills; GDC techniques; print, online/digital, and teacher-made resources Reflection Content, skills, and conceptual/TOK reflection prompts; scaffolding, extension, identity and inclusion considerations Assessment Overview Formative Assessment: Entry/exit tickets, formula sprints, Venn diagram construction, tree diagrams, GDC practice, error parade analysis, peer-assessment activities, self-assessment checklists. Summative Assessment: 38 end-of-unit tests with SL and HL sections. Full mark schemes provided for every test. Final capstone investigation for Topic 5. Key Features SL/HL Differentiation — Every planner explicitly maps SL core content against HL additional content, with HL extensions identified throughout lesson activities and assessments. Exam-Focused — Each lesson includes IB exam connections with past-paper style questions, Paper 1 and Paper 2 requirements, and GDC techniques. Complete Coverage — The 38 planners cover the entire IB Mathematics Analysis and Approaches syllabus across all five topics, designed for a two-year course. Combined Classroom Ready — Built specifically for combined SL/HL classrooms, with clear differentiation strategies and activities suitable for mixed-level students. TOK & NOS Integrated — Every unit includes epistemology/TOK connections, historical context, and nature of science/scientific knowledge links. Real-World Connections — Cross-curricular hooks and contextual applications across physics, economics, biology, engineering, computer science, and more. Perfect For: Teachers delivering the complete IB DP Mathematics Analysis and Approaches course Combined SL/HL classrooms Schools implementing a two-year curriculum Building rigorous mathematical foundations from Year 1 through Year 2 Preparing students for Paper 1 (non-GDC) and Paper 2 (GDC permitted) Internal Assessment preparation and support New and experienced IB teachers Curriculum mapping and departmental planning Tags #IBMaths #MathematicsAA #Topic1 #Topic2 #Topic3 #Topic4 #Topic5 #SL #HL #UnitPlanner #250Lessons #38Planners #NumberAndAlgebra #Functions #GeometryAndTrigonometry #StatisticsAndProbability #Calculus #T1A #T1B #T1C #T1D #T1E #T1F #T1G #T1H #T2A #T2B #T2C #T2D #T2E #T3A #T3B #T3C #T3D #T3E #T3F #T3G #T4A #T4B #T4C #T4D #T4E #T4F #T4G #T4H #T5A #T5B #T5C #T5D #T5E #T5F #T5G #T5H #T5I #T5J #CompleteBundle #FullCourse #TwoYearPlan #DPMathematics #IBTeacher #TeacherResources #CurriculumMapping #LessonPlans #SummativeAssessment #FormativeAssessment #GDC #Paper1 #Paper2 #IBDP #InternationalBaccalaureate #MathematicsEducation #HigherLevel #StandardLevel #CombinedClassroom #ATL #NOS #TOK #MYP #DP #SubjectGuide #MathematicalModelling #RealWorldApplications #ProblemSolving #CriticalThinking #Differentiation #Integration #Statistics #Probability #Vectors #ComplexNumbers #Trigonometry #Algebra #Functions #Calculus #DataScience #QuantitativeReasoning #ExamPreparation

£88.95

Reviews

Something went wrong, please try again later.

This resource hasn't been reviewed yet

To ensure quality for our reviews, only customers who have purchased this resource can review it

Report this resourceto let us know if it violates our terms and conditions.
Our customer service team will review your report and will be in touch.