Online Past Years based questions with Answer for IB DP Maths AI HL Paper 1
This is a comprehensive Question Banks based on last many years of Test papers targeted towards IB DP Maths AI HL Paper 1, which includes all the following :
Topic wise Online Questions
- Topic wise online practice Questions with Solution from complete syllabus.
- Instant Answer.
- Hints & Solutions.
- Get an idea of DP examination papers used in past years.
- More than 1000 Questions to practice.
Benefits of Attempting IB DP Maths AI HL Paper 1 Practice Questions
Below are some of the advantages of taking the online IB DP Maths AI HL Paper 1 Practice Questions at iitianacademy:
| (1) Helps in Revision: Attempting practice Questions helps you revise all topics and important formulas. |
| (2) Helps Improve Speed and Accuracy: The online IB DP Maths AI HL Paper 1 practice Questions helps in improving the exam-taking speed and accuracy. |
| (3) Motivation and Self-confidence: By taking the practice Questions, the student’s performance gets better day by day. This gives them enough motivation to perform well in the exams. Also, self-confidence is gained by seeing the performance analysis and improved scores. |
Curriculum
- 9 Sections
- 166 Lessons
- 12 Weeks
Expand all sectionsCollapse all sections
- Topic 1: Number and algebra - IB style Questions AI HL Paper 114
- 1.1Topic: SL 1.1: Operations with numbers AI HL Paper 1
- 1.2Topic : SL 1.2: Arithmetic sequences and series AI HL Paper 1
- 1.3Topic : SL 1.3: Geometric sequences and series AI HL Paper 1
- 1.4Topic: SL 1.4: Financial applications of geometric sequences and series AI HL Paper 1
- 1.5Topic : SL 1.5: Laws of exponents AI HL Paper 1
- 1.6Topic : SL 1.6: Approximation: decimal places, significant figures AI HL Paper 1
- 1.7Topic : SL 1.8: Systems of linear equations AI HL Paper 1
- 1.8Topic: AHL 1.9: Laws of logarithms AI HL Paper 1
- 1.9Topic : AHL 1.10 Simplifying expressions AI HL Paper 1
- 1.10Topic : AHL 1.11: The sum of infinite geometric sequences AI HL Paper 1
- 1.11Topic: AHL 1.12:Complex numbers AI HL Paper 1
- 1.12Topic: AHL 1.13:Modulus–argument (polar) form AI HL Paper 1
- 1.13Topic : AHL 1.14: Definition of a matrix AI HL Paper 1
- 1.14Topic : AHL 1.15: Eigenvalues and eigenvectors AI HL Paper 1
- Topic 2: Functions - IB style Questions AI HL Paper 112
- 2.1Topic: SL 2.1: Different forms of the equation of a straight line AI HL Paper 1
- 2.2Topic: SL 2.2: Concept of a function, domain, range and graph AI HL Paper 1
- 2.3Topic: SL 2.3: The graph of a function AI HL Paper 1
- 2.4Topic: SL 2.4: Determine key features of graphs AI HL Paper 1
- 2.5Topic: SL 2.5: Linear models AI HL Paper 1
- 2.6Topic: SL 2.5: Quadratic models AI HL Paper 1
- 2.7Topic: SL 2.5: Exponential growth and decay models AI HL Paper 1
- 2.8Topic: SL 2.5: Direct/inverse variation AI HL Paper 1
- 2.9Topic: SL 2.6 Modelling skills AI HL Paper 1
- 2.10Topic: AHL 2.7 Composite functions f∘g AI HL Paper 1
- 2.11Topic: AHL 2.8:Transformations of graphs AI HL Paper 1
- 2.12Topic:AHL 2.9 : modelling AI HL Paper 1
- Topic 3: Geometry and Trigonometry - IB style Questions AI HL Paper 117
- 3.1Topic : SL 3.1: The distance between two points AI HL Paper 1
- 3.2Topic SL 3.2: Use of sine, cosine and tangent ratios AI HL Paper 1
- 3.3Topic SL 3.3: Applications of right and non-right angled trigonometry AI HL Paper 1
- 3.4Topic SL 3.4: length of an arc; area of a sector AI HL Paper 1
- 3.5Topic SL 3.5: Equations of perpendicular bisectors AI HL Paper 1
- 3.6Topic SL 3.6: sites, vertices, edges, cells AI HL Paper 1
- 3.7Topic : AHL 3.7: area of sector, length of arc AI HL Paper 1
- 3.8Topic: AHL 3.8: Trigonometric equations AI HL Paper 1
- 3.9Topic : AHL 3.9: Geometric transformations AI HL Paper 1
- 3.10Topic : AHL 3.10: Concept of a vector AI HL Paper 1
- 3.11Topic : AHL 3.11:Vector equation of a line in two and three dimensions AI HL Paper 1
- 3.12Topic : AHL 3.12:Vector applications to kinematics-AI HL Paper 1
- 3.13Topic: AHL 3.13:Definition and calculation of the scalar product-AI HL Paper 1
- 3.14Topic : AHL 3.13: vector product of two vectors-AI HL Paper 1
- 3.15Topic : AHL 3.14: Graph theory: Graphs, vertices, edges AI HL Paper 1
- 3.16Topic: AHL 3.15: Adjacency matrices AI HL Paper 1
- 3.17Topic : AHL 3.16: Walks, trails, paths, circuits, cycles: AI HL Paper 1
- Topic 4 : Statistics and Probability - IB style Questions AI HL Paper 117
- 4.1Topic: SL 4.1: Concepts of population, sample AI HL Paper 1
- 4.2Topic: SL 4.2: Presentation of data AI HL Paper 1
- 4.3Topic: SL 4.3: Measures of central tendency AI SL Paper 1
- 4.4Topic: SL 4.4: Linear correlation of bivariate data AI HL Paper 1
- 4.5Topic: SL 4.5: Concepts of trial, outcome, equally likely outcomes AI SL Paper 1
- 4.6Topic: SL 4.6: Use of Venn diagrams, tree diagrams AI SL Paper 1
- 4.7Topic: SL 4.7: Concept of discrete random variables and their probability AI HL Paper 1
- 4.8Topic:SL 4.8:Binomial distribution. Mean and variance-AI HL Paper 1
- 4.9Topic: SL 4.9:The normal distribution -AI HL Paper 1
- 4.10Topic: SL 4.11: Formulation of null and alternative hypotheses: AI HL Paper 1
- 4.11Topic: AHL 4.12: Design of valid data collection methods AI HL Paper 1
- 4.12Topic: AHL 4.13: The Coefficient of Determination (R²) AI HL Paper 1
- 4.13Topic: AHL 4.14: Linear transformation:AI HL Paper 1
- 4.14Topic: AHL 4.15: A linear combination of n independent normal:AI HL Paper 1
- 4.15Topic: AHL 4.16: Confidence intervals for the mean of a normal population.AI HL Paper 1
- 4.16Topic: AHL 4.17:Poisson distribution -AI HL Paper 1
- 4.17Topic: AHL 4.18: Test for proportion: AI HL Paper 1
- Topic 5: Calculus - IB style Questions AI HL Paper 119
- 5.1Topic SL 5.1: Derivative interpreted as gradient function:AI SL Paper 1
- 5.2Topic SL 5.2: Increasing and decreasing function: AI SL Paper 1
- 5.3Topic SL 5.3: The derivative of functions:AI SL Paper 1
- 5.4Topic SL 5.4: Tangents and normals AI HL Paper 1
- 5.5Topic: SL 5.5: integration as anti-differentiation AI HL Paper 1
- 5.6Topic: SL 5.6: Local maximum and minimum points AI SL Paper 1
- 5.7Topic: SL 5.7: Optimisation problems in context AI SL Paper 1
- 5.8Topic: SL 5.8 Approximating areas using the trapezoidal rule. AI HL Paper 1
- 5.9Topic:AHL 5.9:The derivatives of sin x-AI HL Paper 1
- 5.10Topic:AHL 5.10:The second derivative-AI HL Paper 1
- 5.11Topic:AHL 5.11:Definite and indefinite integration-AI HL Paper 1
- 5.12Topic : AHL 5.12 area of the region enclosed by a curve -AI HL Paper 1
- 5.13Topic: AHL 5.12: Volumes of revolution -AI HL Paper 1
- 5.14Topic:AHL 5.13: Kinematic problems involving displacement-AI HL Paper 1
- 5.15Topic:AHL 5.14:Solving by separation of variables-AI HL Paper 1
- 5.16Topic : AHL 5.15 Slope fields and their diagrams AI HL Paper 1
- 5.17Topic: AHL 5.16: first order differential equations:AI HL Paper 1
- 5.18Topic: AHL 5.17: coupled differential equations : AI HL Paper 1
- 5.19Topic: AHL 5.18: Solutions of second order differential equation: AI HL Paper 1
- IB Mathematics AI HL Study Notes- New Syllabus78
- 6.1SL 1.1 Operations with numbers MAI Study Notes
- 6.2SL 1.2 Arithmetic sequences and series MAI Study Notes
- 6.3SL 1.3 Geometric sequences and series MAI Study Notes
- 6.4SL 1.4 Financial applications of geometric sequences and series MAI Study Notes
- 6.5SL 1.5 Laws of exponents MAI Study Notes
- 6.6SL 1.6 Approximation decimal places, significant figures MAI Study Notes
- 6.7SL 1.7 Amortization and annuities using technology MAI Study Notes
- 6.8SL 1.8 Systems of linear equations MAI Study Notes
- 6.9AHL 1.9 Laws of logarithms MAI Study Notes
- 6.10AHL 1.10 Simplifying expressions MAI Study Notes
- 6.11AHL 1.11 The sum of infinite geometric sequences MAI Study Notes
- 6.12AHL 1.12 Complex numbers MAI Study Notes
- 6.13AHL 1.13 Modulus–argument (polar) form MAI Study Notes
- 6.14AHL 1.14 Definition of a matrix MAI Study Notes
- 6.15AHL 1.15 Eigenvalues and eigenvectors MAI Study Notes
- 6.16SL 2.1 Different forms of the equation of a straight line MAI Study Notes
- 6.17SL 2.2 Concept of a function, domain, range and graph MAI Study Notes
- 6.18SL 2.3 The graph of a function MAI Study Notes
- 6.19SL 2.4 Determine key features of graphs MAI Study Notes
- 6.20SL 2.5 Functions models MAI Study Notes
- 6.21SL 2.6 Modelling MAI Study Notes
- 6.22AHL 2.7 Composite functions f∘g MAI Study Notes
- 6.23AHL 2.8 Transformations of graphs MAI Study Notes
- 6.24AHL 2.9 Further modelling MAI Study Notes
- 6.25AHL 2.10 Log Graphs MAI Study Notes
- 6.26SL 3.1 The distance between two points MAI Study Notes
- 6.27SL 3.2 Use of sine, cosine and tangent ratios MAI Study Notes
- 6.28SL 3.3 Applications of right and non-right angled trigonometry MAI Study Notes
- 6.29SL 3.4 length of an arc area of a sector MAI Study Notes
- 6.30SL 3.5 Equations of perpendicular bisectors MAI Study Notes
- 6.31SL 3.6 Voronoi diagrams MAI Study Notes
- 6.32AHL 3.7 area of sector, length of arc MAI Study Notes
- 6.33AHL 3.8 Trigonometric equations MAI Study Notes
- 6.34AHL 3.9 Geometric transformations MAI Study Notes
- 6.35AHL 3.10 Concept of a vector MAI Study Notes
- 6.36AHL 3.11 Vector equation of a line in two and three dimensions MAI Study Notes
- 6.37AHL 3.12 Vector applications to kinematics-MAI Study Notes
- 6.38AHL 3.13 Definition and calculation of the product-MAI Study Notes
- 6.39AHL 3.14 Graph theory Graphs, vertices, edges MAI Study Notes
- 6.40AHL 3.15 Adjacency theory MAI Study Notes
- 6.41AHL 3.16 Walks, trails, paths, circuits, cycles MAI Study Notes
- 6.42SL 4.1 Concepts of population, sample MAI Study Notes
- 6.43SL 4.2 Presentation of data MAI Study Notes
- 6.44SL 4.3 Measures of central tendency MAI Study Notes
- 6.45SL 4.4 Linear correlation of bivariate data MAI Study Notes
- 6.46SL 4.5 Concepts of trial, outcome, equally likely outcomes MAI Study Notes
- 6.47SL 4.6 Use of Venn diagrams, tree diagrams MAI Study Notes
- 6.48SL 4.7 Concept of discrete random variables and their probability MAI Study Notes
- 6.49SL 4.8 Binomial distribution. Mean and variance MAI Study Notes
- 6.50SL 4.9 The normal distribution MAI Study Notes
- 6.51SL 4.10 Spearman’s Rank MAI Study Notes
- 6.52SL 4.11 Formulation of null and alternative hypotheses MAI Study Notes
- 6.53AHL 4.12 Design of valid data collection methods MAI Study Notes
- 6.54AHL 4.13 Non-linear regression MAI Study Notes
- 6.55AHL 4.14 Linear transformation MAI Study Notes
- 6.56AHL 4.15 A linear combination of n independent normal MAI Study Notes
- 6.57AHL 4.16 Confidence intervals for the mean of a normal population MAI Study Notes
- 6.58AHL 4.17 Poisson distribution -MAI Study Notes
- 6.59AHL 4.18 Test for proportion MAI Study Notes
- 6.60AHL 4.19 Transition matrices. MAI Study Notes
- 6.61SL 5.1 Derivative interpreted as gradient function MAI Study Notes
- 6.62SL 5.2 Increasing and decreasing function MAI Study Notes
- 6.63SL 5.3 The derivative of functions MAI Study Notes
- 6.64SL 5.4 Tangents and normal MAI Study Notes
- 6.65SL 5.5 Integration as anti-differentiation MAI Study Notes
- 6.66SL 5.6 Local maximum and minimum points MAI Study Notes
- 6.67SL 5.7 Optimization problems in context MAI Study Notes
- 6.68SL 5.8 Trapezoidal Rule MAI Study Notes
- 6.69AHL 5.9 The derivatives of sin x MAI Study Notes
- 6.70AHL 5.10 The second derivative MAI Study Notes
- 6.71AHL 5.11 Definite and indefinite integration MAI Study Notes
- 6.72AHL 5.12 Area and Volume of the region enclosed by a curve MAI Study Notes
- 6.73AHL 5.13 Kinematic problems involving displacement MAI Study Notes
- 6.74AHL 5.14 Solving by separation of variables MAI Study Notes
- 6.75AHL 5.15 Slope Fields MAI Study Notes
- 6.76AHL 5.16 First order differential equations MAI Study Notes
- 6.77AHL 5.17 Coupled differential equations MAI Study Notes
- 6.78AHL 5.18 Solutions of second order differential equation MAI Study Notes
- Full Syllabus Questions Detailed Solution3
- IB DP Math AI HL Prediction Paper 1 for 2025 Exams1
- Mock Exams MAI HL Paper 15
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where are the notes
https://www.iitianacademy.com/ibdp-maths/applications-and-interpretation-hl/ib-dp-mathematics-ai-hl-study-notes/