Question 1 of 3 · No calculator needed
Which conclusion follows deductively from the assumption that n is divisible by 6?
If n is divisible by 6, n = 6k = 3(2k) for some integer k. Hence n is divisible by 3.
IB AA SL · 2029 · IBMathematics,
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Question 2 of 3 · No calculator needed
For which values of k does x² + kx + 9 = 0 have equal roots?
Equal roots require discriminant zero: k² - 4(1)(9) = 0. Thus k² = 36 and k = ±6.
Question 3 of 3 · No calculator needed
The graph y = f(x) is transformed to y = -2f(x - 3) + 1. Which description is correct?
Replacing x by x - 3 shifts the graph right 3. Multiplication by -2 reflects it in the x-axis and stretches vertically by factor 2; adding 1 shifts it up 1.
These tiles show your answers to three questions. They are a starting point, not a mastery score or grade prediction.
Proof and algebraic manipulation
Correct answer: n is divisible by 3
If n is divisible by 6, n = 6k = 3(2k) for some integer k. Hence n is divisible by 3.
Polynomial functions
Correct answer: k = ±6
Equal roots require discriminant zero: k² - 4(1)(9) = 0. Thus k² = 36 and k = ±6.
Representation of functions
Correct answer: Right 3, vertical stretch factor 2 and reflection in the x-axis, then up 1
Replacing x by x - 3 shifts the graph right 3. Multiplication by -2 reflects it in the x-axis and stretches vertically by factor 2; adding 1 shifts it up 1.
For parents: look at the explanation together. A correct answer is encouraging; a missed answer gives you something specific to work on. Broader practice over time is needed to understand progress.
YOUR TOPIC MAP
18 areasFind your starting point.
01Sequences
Specification reference: A1 Sequences
Sequences requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Sequences requires. Keep exact values until the final step and check signs, units and reasonableness.
02Exponents and logarithms
Specification reference: A2 Exponents and logarithms
Exponents and logarithms requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Exponents and logarithms requires. Keep exact values until the final step and check signs, units and reasonableness.
03Combinatorics
Specification reference: A3 Combinatorics
Combinatorics requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Combinatorics requires. Keep exact values until the final step and check signs, units and reasonableness.
04Proof and algebraic manipulation
Specification reference: A5 Proof and algebraic manipulation
Proof and algebraic manipulation requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Proof and algebraic manipulation requires. Keep exact values until the final step and check signs, units and reasonableness.
05Representation of functions
Specification reference: B1 Representation of functions
Representation of functions requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Representation of functions requires. Keep exact values until the final step and check signs, units and reasonableness.
06Polynomial functions
Specification reference: B2 Polynomial functions
Polynomial functions requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Polynomial functions requires. Keep exact values until the final step and check signs, units and reasonableness.
07Functions with asymptotes
Specification reference: B3 Functions with asymptotes
Functions with asymptotes requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Functions with asymptotes requires. Keep exact values until the final step and check signs, units and reasonableness.
08Trigonometric functions
Specification reference: B4 Trigonometric functions
Trigonometric functions requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Trigonometric functions requires. Keep exact values until the final step and check signs, units and reasonableness.
09Transformations of graphs and functions
Specification reference: B5 Transformations of graphs and functions
Transformations of graphs and functions requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Transformations of graphs and functions requires. Keep exact values until the final step and check signs, units and reasonableness.
10Surface areas, volumes and measurement in circles
Specification reference: C1 Surface areas, volumes and measurement in circles
Surface areas, volumes and measurement in circles requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Surface areas, volumes and measurement in circles requires. Keep exact values until the final step and check signs, units and reasonableness.
11Trigonometry and its applications
Specification reference: C2 Trigonometry and its applications
Trigonometry and its applications requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Trigonometry and its applications requires. Keep exact values until the final step and check signs, units and reasonableness.
12Univariate data
Specification reference: D1 Univariate data
Univariate data requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Univariate data requires. Keep exact values until the final step and check signs, units and reasonableness.
13Probability
Specification reference: D2 Probability
Probability requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Probability requires. Keep exact values until the final step and check signs, units and reasonableness.
14Probability distributions
Specification reference: D3 Probability distributions
Probability distributions requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Probability distributions requires. Keep exact values until the final step and check signs, units and reasonableness.
15Principles of differential calculus
Specification reference: E1 Principles of differential calculus
Principles of differential calculus requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Principles of differential calculus requires. Keep exact values until the final step and check signs, units and reasonableness.
16Techniques of differential calculus
Specification reference: E2 Techniques of differential calculus
Techniques of differential calculus requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Techniques of differential calculus requires. Keep exact values until the final step and check signs, units and reasonableness.
17Techniques of integral calculus
Specification reference: E3 Techniques of integral calculus
Techniques of integral calculus requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Techniques of integral calculus requires. Keep exact values until the final step and check signs, units and reasonableness.
18Problem-solving using calculus
Specification reference: E4 Problem-solving using calculus
Problem-solving using calculus requires the correct mathematical rule, exact working and a final check that the result satisfies the conditions in the question.
Watch for: Do not select a familiar formula before identifying what Problem-solving using calculus requires. Keep exact values until the final step and check signs, units and reasonableness.
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IB AA SL · 2029 · IB · Mathematics · first-assessment-2029
Analysis and approaches SL, first assessment May 2029; subject brief published 2026
Source checked: 2026-08-27. The current official specification controls assessment requirements and option choices.
Can parents and students try LearningP before signing up?
Yes. This page offers three original questions from three different skills on this exact course. Each answer has an explanation, followed by a sample heatmap showing what was correct and what to revisit. No account is needed, and taster answers are not saved.
What does the three-question heatmap tell a parent?
It shows the outcome of these three answers and gives a specific skill to discuss or practise next. It is not a full assessment, a mastery score or a grade prediction. Broader practice over time is needed to understand progress.
What does the IB AA SL · 2029 IB Mathematics route cover?
LearningP currently maps 18 assessed areas for specification first-assessment-2029. The visible topic map below is derived from the verified route; the current official specification remains controlling.
How many LearningP questions support this route?
The verified source bank contains 211 original LearningP question records for this route. Every mapped area meets the current publication minimum and passed the latest blocker and review audit.
Does LearningP reproduce official exam questions?
No. LearningP uses official specifications and assessment materials to map content and demand, while its practice questions and explanations are independently authored.
Can this page predict an exam grade?
No. LearningP reports practice evidence, coverage, strengths and gaps. It does not guarantee or automatically predict examination outcomes.
Where should current assessment information be checked?
Use the official IB AA SL · 2029 specification and assessment-resource pages linked on this page, together with information supplied by the learner’s school.
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