Further differentiation & Integrals
- Further differentiation
- Integrals
- Discrete random variables
About this unit
Extend differentiation, introduce integration, and model chance with discrete random variables.
Extend differentiation, introduce integration, and model chance with discrete random variables.
Connect logarithms and continuous distributions with normal models and confidence intervals.
Start with the current SCSA syllabus, then use the supporting documents that match your course.
The examination has calculator-free and calculator-assumed papers, with an official formula sheet supplied.
5 min reading · 50 min working
10 min reading · 100 min working
Compulsory questions test exact techniques without technology.
CAS calculators support calculus, probability, and statistical modelling.
The 2025 cohort mean scaled score was 64.6, above TISC's all-course mean of 60.
Current · 2026
The 2026 syllabus allows technology when evaluating expected value, variance and standard deviation for continuous random variables.
Practice · older papers
Use past papers for practice. Check the updated continuous-random-variable syllabus point when reviewing older solutions.
Ahead
Listed change documents cover rationale, aims and General Capabilities, with no assessable content-change summary.
The final combined course mark weights the moderated school assessment and external SCSA examination equally: 50% each.
Mathematics Methods typically scales up, but this isn’t guaranteed in future years.
Use past papers for practice. Check the updated continuous-random-variable syllabus point when reviewing older solutions.
WACE · Year 12
Build exam technique across Units 3 and 4 with syllabus-aligned Mathematics Methods questions.
Practise WACE Mathematics Methods →