Germany

Abitur Mathematics

German secondary school leaving examination mathematics section. Covers analysis, analytic geometry/linear algebra, and stochastics.

Exam Format

Questions

Two parts built on the shared IQB task pool: Prüfungsteil A, a set of short independent tasks solved without any aids, and Prüfungsteil B, extended multi-part problems with aids allowed. Both parts draw on all three areas: analysis, analytic geometry/linear algebra, and stochastics.

Duration

255 minutes at basic level (grundlegendes Anforderungsniveau) and 300 minutes at advanced level (erhöhtes Anforderungsniveau) under the shared IQB structure; Part A must be handed in within the first 100 or 110 minutes. Individual states adjust slightly, for example by adding selection time.

Scoring

80 credit points (Bewertungseinheiten) at basic level, 100 at advanced level, converted to a whole-exam mark of 0-15 Notenpunkte through a percentage grid: 45% earns 5 points, 95% earns 15.

Calculator

No aids at all in Part A. In Part B, depending on the Bundesland, either a scientific calculator (WTR) or a CAS/MMS device; graphing calculator (GTR) task sets were dropped from the shared pool in 2026.

Study Strategies

  • 1Master the three core pillars equally: Analysis (curve sketching, integrals), Analytische Geometrie (vectors, planes, distances), and Stochastik (probability distributions, hypothesis testing).
  • 2Practice writing structured, clearly labeled solutions, as Abitur grading rewards logical presentation and proper mathematical notation.
  • 3For the calculator-free section, drill derivative rules, integral techniques, and vector operations by hand until you can work through them confidently without digital tools.
  • 4Study your specific Bundesland's past exams and requirements, since problem selection and calculator policies differ by state.
  • 5On multi-part problems, always attempt every sub-question: later parts often use stated results from earlier parts, so you can earn points even if you could not solve the preceding step.

How Math Zen Helps

Math Zen covers the analysis, linear algebra, and stochastics topics central to the Abitur across all German states. As Abitur-specific templates are introduced, you will be able to practice the extended multi-part problem format that defines this exam.

Topics Covered

Derivatives

12 subtopics, 24 templates

Power RuleProduct RuleQuotient RuleChain RuleTrigonometricImplicit DifferentiationHigher-OrderLogarithmicRelated RatesOptimizationLinearizationMean Value Theorem

Integrals

19 subtopics, 22 templates

Power RuleDefinite IntegralsTrigonometricu-SubstitutionConstant RuleIntegration by PartsPartial FractionsArea Between CurvesVolume (Disk/Washer)Volume (Shell)Arc LengthTrig SubstitutionImproper IntegralsTrapezoidal RuleSimpson's RuleSurface AreaWork & ForceReduction FormulasAdvanced Rational

Vectors

5 subtopics, 13 templates

Vector OperationsDot ProductCross ProductProjectionsLines & Planes

Matrices

7 subtopics, 14 templates

Matrix OperationsDeterminantsInverse MatricesSystems of EquationsEigenvaluesRank & NullityLinear Transformations

Probability

7 subtopics, 16 templates

Basic ProbabilityConditional ProbabilityBayes' TheoremCombinationsPermutationsDistributionsExpected Value

Statistics

8 subtopics, 16 templates

Descriptive StatisticsRegressionCorrelationConfidence IntervalsHypothesis TestingChi-Square TestsNormal DistributionSampling