Recursion and Financial Modelling for Beginner Maths
- Description
- Curriculum
📘 Course Description
Recursion and Financial Modelling for Beginner Maths builds essential skills in modelling real-world financial situations using sequences, recurrence relations, and compound interest systems. Tailored to senior mathematics pathways across Australia, this course prepares learners for success in financial problem solving and data-driven decision making.
Whether you’re studying VCE Further Mathematics, NSW HSC Standard Mathematics 2, QLD General Mathematics, WA ATAR Mathematics Applications, or SACE Stage 2 General Mathematics, you’ll learn to model depreciation, loans, investments, annuities, and perpetuities using both manual methods and technology-based tools.
📌 Perfect for those aiming to strengthen their financial literacy and analytical skills for assessments, further studies, or practical real-world application.
⭐ Key Features
📚 Curriculum-Aligned Financial Modelling
Mapped to VCE, HSC, QLD, WA, and SACE senior maths curricula.
💰 Master Recurrence Relations and Depreciation Models
Model asset depreciation, reducing balance loans, and future value prediction.
📈 Understand Compound Interest Systems
Learn simple and compound interest, annuities, perpetuities, and investment analysis.
🖥️ Technology-Enhanced Problem Solving
Use calculators and digital tools to model and solve real-world financial systems.
🧠 Step-by-Step Application Focus
Apply formulas and recurrence rules with guided walkthroughs and real-world examples.
🔑 Keyphrases
- Recursion and Financial Modelling for Beginner Maths
- Further Maths Core – Financial Maths Course
- Senior High School Recursion and Finance
- VCE Further Maths Financial Modelling
- NSW HSC Standard Mathematics 2 – Financial Maths
- QLD General Mathematics – Recursion and Financial Systems
- WA ATAR Mathematics Applications – Financial Modelling
- SACE Stage 2 General Mathematics – Financial Modelling
- Financial Maths and Modelling Techniques
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1
2.1.1 Sequence -
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2.1.2 Recurrence Relations, Appreciation and Depreciation
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3
2.1.3 The First-order Recurrence Relation Formula
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2.1.4 Rule for the n-th Term
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2.1.5 Flat Rate Depreciation (Linear)
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2.1.6 Unit Cost Depreciation (Linear)
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2.1.7 Reducing Balance Depreciation (Non-Linear)
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2.1.8 Predicting Future Values for Flat Rate Depreciation
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2.1.9 Predicting Future Values for Unit Cost Depreciation
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2.1.10 Predicting Future Values for Reducing Balance Depreciation
- Course Title: Recursion and Financial Modelling for Beginner Maths
- Level: Senior High School
- Suitable Curricula:
- VCE Further Mathematics
- NSW HSC Standard Mathematics 2
- QLD General Mathematics
- WA ATAR Mathematics Applications
- SACE Stage 2 General Mathematics
- Mode: Online, Self-Paced
This course is designed for:
- Students across Australia studying VCE, HSC, QLD, WA, or SACE senior maths pathways
- Students who want to:
- Gain confidence in modelling loans, depreciation, and compound interest
- Apply financial concepts using recurrence relations and annuity models
- Prepare for assessments with structured, calculator-integrated methods
- Bridge knowledge gaps in real-world financial problem solving
- Learn through guided practice suited for both classroom and independent learning
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