Mathematics Extension 1

Corequisites: Studied in conjunction with Mathematics Advanced to form 3 Units for both the Preliminary and HSC courses.

Prerequisites: The Year 10 5.3 Mathematics course at Barker College.

Exclusions: Mathematics Standard course

Note: Students cannot study both Mathematics Extension 1 and 1U Studies of Religion.

Contact

Head of Department: Graham Hanlon
Email: ghanlon@barker.nsw.edu.au

Yr12 Mathsext1 Image2
Yr12 Mathsext1 Image1
Yr12 Mathsext2 Image1

Year 11

The Mathematics Extension 1 course is primarily a Calculus-based course in which students need excellent algebraic and curve sketching skills to succeed. Within this course, many of the topic areas of the 2 Unit Mathematics Advanced course are further extended and explored in much greater detail. It provides a sound basis for the further study, as a major discipline, of Mathematics at a tertiary level. For example, it may be appropriate for those students who wish to pursue tertiary studies in some of the Physical Sciences, Computer Science and certain Engineering courses. The responsibility rests with the student to check any tertiary course requirements concerning prerequisites or assumed knowledge of any secondary Mathematics course.

This course moves at a very fast pace with limited time for consolidation of each concept. It quickly builds in intensity and difficulty, with each new topic utilising the concepts previously studied. Even highly capable students who do not apply themselves appropriately or consistently enough can find this course a significant challenge. Therefore, this course is intended for students who have demonstrated a very high level of competency in their study of 5.3 Mathematics during Years 9 and 10. This course is strongly recommended only for those students who have gained a scaled report mark in excess of 80% in Year 10 5.3 Mathematics at Barker College.

Students who have demonstrated outstanding mathematical ability and results in the Mathematics Extension 1 course during Year 11 should consider the significant benefits of undertaking the Mathematics Extension 2 course in Year 12.

Preliminary Course Topics

• Functions
• Polynomials
• Inverse Trigonometric Functions
• Further Trigonometric Identities
• Rates of Change
• Combinatorics

HSC Course Topics

• Mathematical Induction
• Vectors
• Trigonometric Equations
• Further Calculus Skills
• Applications of Calculus
• Binomial Distribution

Assessment

The assessment for Mathematics Extension will include a mix of in-class tests, investigation-style tasks and an examination.

Year 12

Co-requisites: Studied in conjunction with HSC 2 Unit Mathematics Advanced to form 3 Units for the HSC.

Pre-requisites: Preliminary 2 Unit Mathematics Advanced and Preliminary Mathematics Extension 1.

Exclusions: HSC 2 Unit Mathematics Standard

The Mathematics Extension 1 course is primarily Calculus-based and students need excellent algebraic and curve sketching skills to succeed. Within the course, many of the topic areas of the Mathematics Advanced course are extended further or explored in much greater detail. It provides a sound basis for the further study, as a major discipline, of Mathematics at a tertiary level. For example, it may be appropriate for those students who wish to pursue tertiary studies in some of the Physical Sciences, Computer Science and certain Engineering courses. The responsibility rests with the student to check any tertiary course requirements concerning prerequisites or assumed knowledge.

This course moves at a very fast pace with limited time for consolidation of each concept. It builds quickly in difficulty with each new topic utilising the concepts previously studied. Even highly capable students who do not apply themselves appropriately or consistently enough can find this course a significant challenge. Hence, any student who chooses this course should carefully consider their current level of application as this course places the highest of demands upon its participants.

Students who have demonstrated outstanding mathematical ability and results in the Mathematics Extension 1 course during Year 11 should also consider the significant benefits of undertaking the Mathematics Extension 2 course in Year 12.

READ MORE - Understanding the differences between the two Year 12 Extension Maths courses. 

Preliminary Course Topics

• Functions
• Polynomials
• Inverse Trigonometric Functions
• Further Trigonometric Identities
• Rates of Change
• Combinatorics

HSC Course Topics

• Mathematical Induction
• Vectors
• Trigonometric Equations
• Further Calculus Skills
• Applications of Calculus
• Binomial Distribution

Assessment

The assessment for Mathematics Extension will include a mix of in-class tests, investigation-style tasks and an examination.