Mathematics: Analysis And Approaches
IB Mathematics Analysis and Approaches, commonly known as IB Math AA, is a Group 5 course with a strong emphasis on analytical expertise, mathematical proof, and abstract problem-solving. The IB Math AA course is designed for students who enjoy mathematics and are likely to pursue mathematics or sciences at university, across both SL and HL. This IB Math AA grade calculator helps students predict their final exam score.
Assessment inputs
Enter raw marks below — grades calculate live.
Paper 1: No Technology
Max 80 marks
Paper 2: Technology Required
Max 80 marks
Mathematical Exploration
Max 20 marks
More Group 5: Mathematics
These related subject routes strengthen the crawl path around this IB group and give students a faster way to compare adjacent subjects.
Historical grade boundaries
Every published boundary across 9 sessions. Multiple dots per session are timezone variants.
Global grade distribution for SL Mathematics: Analysis And Approaches
Based on May 2024 results for SL Mathematics: Analysis And Approaches (40,279 candidates).
Best place to gain marks
One mark is worth more in some parts than others. The top items give you the biggest boost to your final score.
1. Mathematical Exploration
+1%final score for 1 mark
20% weight · max 20 marks
2. Paper 1: No Technology
+0.5%final score for 1 mark
40% weight · max 80 marks
3. Paper 2: Technology Required
+0.5%final score for 1 mark
40% weight · max 80 marks
Common questions about Mathematics: Analysis And Approaches
What levels are available for IB Mathematics: Analysis and Approaches SL?
Mathematics: Analysis and Approaches SL is currently mapped with SL calculator input on calculateIB.
Which syllabus versions are included for IB Mathematics: Analysis and Approaches SL?
This page tracks 1 syllabus version: 2021 to Present.
How are IB Mathematics: Analysis and Approaches SL boundaries handled on this page?
The page checks the selected exam session first. If that boundary is unavailable, it falls back to May 2024 and then to the nearest available session, while keeping the fallback local to this subject route.