NSW Year 12 Maths Extension 2 - Coursebook

Free Sample Download Here

NSW Year 12 Extension 2 Coursebook

Covering the whole NSW Year 12 Extension 2 curriculum, this coursebook has the following features

• Worked Solutions - Every question has a fully worked solution. Just look in the back of the book. 
• Hyperlinks (ebook only) - No more trying to find the worked solution, click on the question number and it will take you to the worked solution in the back of the book. 
• Videos - Click on or scan the QR code in each sub-topic and you will be taken directly to You Tube where the best videos have been selected for learning.
• Cut to the chase - understand the concepts that will accelerate you through the course.
• Past HSC Questions- All HSC questions (from 2015) are broken down into each topic and sub topic areas.
• Instant ebook- If you order the ebook, you will receive it within 5 minutes. 

NSW Year 12 Extension 2 Topics

This book is a perfect for studying the entire NSW Year 12 Extension 2 course and contains the following topics

1. Complex Numbers
2. Proof
3. Further Work With Vectors
4. Integration
5. Mechanics

Each of these topics are broken down into sub-topics and are listed below. 

Sub Topics

Complex Numbers:

• Arithmetic and Quadratic Equations
• Argand Diagram
• Eulers Theorem
• De Moivres Theorem
• Complex Numbers and Polynomials
• Zeros of a Polynomial
• Complex Coefficients of a Quadratic Equation
• Vector Problems
• Roots of Complex Numbers
• Curves and Regions

Proof: 

• Language of Proof
• Methods of Proof
• Inequalities
• Induction: Series
• Induction: Divisibility
• Induction: Inequalities
• Induction: Other
• Induction: Recursive

Further work with Vectors

• Coordinates in 3D
• Vectors in 3D
• The Dot Product
• Applications of the Dot Product

Integration

• Trig Functions
• Inverse Trig Functions
• Log Functions
• t Formulae
• Partial Fractions
• Integration by Parts
• Recurrence Relations
• Applications

Mechanics

• Velocity
• Acceleration as a Function of x
• Simple Harmonic Motion (SHM)
• Motion in Physical Terms
• Resisted Motion
• Projectiles in Resisted Motion
• Resistance Proportional to v^2.