Year 12 Mathematics (Core)
Course Description
Teacher in Charge: Mrs V. Tupou.
This course is designed to give students a taster of some of the skills needed in Level 2 Mathematics with an emphasis on Statistics and away from Algebra.
This course leads students to the Level 3 Statistics course (13STAT). This course is designed for students who want a pathway into 13STAT but find Algebra challenging.
Course Overview
Term 1
AS 91256(2.1) – Co-ordinate Geometry (2 credits Internal)
AS 91260 (2.5) - Apply network methods in solving problems ( 2 credits)
Term 2
AS 91264 (2.9) - Use statistical methods to make an inference ( 4 credits)
AS 91266 (2.11) - Evaluate a statistically based report (2 credits)
Term 3
AS 91257 (2.2) - Apply graphical methods in solving problems (4 credits)
A.S. 91268 (2.13) - Investigate a situation involving elements of chance using a simulation (2 credits)
Term 4
A.S. 91269 (2.14) - Apply systems of equations in solving problems (2 credits)
Recommended Prior Learning
A student needs to have passed at least 5 credits at Level 1 Mathematics and Statistics with at least an ACHIEVED in the Internal Standard AS 1.1 (91944) or the External Standard AS 1.3 (91946) to be able to cope with statistical content in this course.
Credit Information
You will be assessed in this course through all or a selection of the standards listed below.
This course is approved for University Entrance.
External
NZQA Info
Mathematics and Statistics 2.1 - Apply co-ordinate geometry methods in solving problems
NZQA Info
Mathematics and Statistics 2.2 - Apply graphical methods in solving problems
NZQA Info
Mathematics and Statistics 2.5 - Apply network methods in solving problems
NZQA Info
Mathematics and Statistics 2.9 - Use statistical methods to make an inference
NZQA Info
Mathematics and Statistics 2.11 - Evaluate a statistically based report
NZQA Info
Mathematics and Statistics 2.13 - Investigate a situation involving elements of chance using a simulation
NZQA Info
Mathematics and Statistics 2.14 - Apply systems of equations in solving problems