
Grade 9 Mathematics (10F) 1 credit (2010)
T0080 10F
It is structured as follows:
* When students write their midterm and final exam, they will be allowed to take an Exam Resource Sheet into the examination room.
Required Resources
Suggested Resources
Grade 10 Essential Mathematics(20S) 1 credit (2011)
T3000 20S
Note: Students may not hold credit for both Consumer Mathematics 25G Part I and Part II and Essential Mathematics 20S
This course develops math skills, ideas, and confidence that will enable students to continue studying math in the future. Students will use many of the skills that they already have learned to solve problems and so basic arithmetic operations. There are four main areas that will be explored in this course: personal finance, shapes and space, numbers and decision making. Problem solving, communication, reasoning, and mental math are some of the themes you will discover in each module.
Access to a computer and a spreadsheet program is essential for completing Module 2. It would be very beneficial for students to have access to a computer during audio teleconference classes.
It is structured as follows:
* When students write their midterm and final exam, they will be allowed to take an Exam Resource Sheet into the examination room.
Practice midterm and final exams (along with answer keys) are available on our ISO Downloads page.
Required Resource
Suggested Resources
Grade 11 Consumer Mathematics Part III and IV
(30S) 1 credit (2007)
T3904 30S
Part III and IV emphasizes consumer applications, problem solving, and decision making, as well as number sense and number use. Problem analysis and analysis of games and numbers are integrated throughout the course.
Access to a computer is essential for completing Module 7. It would be very beneficial for students to have access to a computer during audio teleconference classes.
The course is divided as follows:
The following resource package will be provided with the course:
Suggested Resources
Grade 11 Pre-Calculus Mathematics(30S) 1 credit (2008)
T3939 30S
Note: Recommended prerequisite—Grade 10 Pre-Calculus Mathematics (20S)
OR
Grade 10 Introduction to Applied and Pre-Calculus Mathematics (20S)
Computer and Internet access required
This course is designed for students who intend to study calculus and related mathematics as part of their post-secondary education. The course is designed primarily as a high-level study of theoretical mathematics with an emphasis on problem solving and mental mathematics.
It is structured as follows:
Suggested Resources
NOTE: Students registering in a Grade 12 Mathematics course will be required to write the Provincial Standards exam for that course.
Grade 12 Consumer Mathematics Part V and VI
(40S) 1 credit (2002)
T3904 40S
Part V and VI emphasizes consumer applications, problem solving, and decision making, as well as number sense and number use. It would be very beneficial for students to have access to a computer.
The course is divided as follows:
The following resource package will be provided with the course:
Suggested Resources
Grade 12 Calculus (45S)
1/2 credit (1995) -Offered in the 2nd Semester
T3940 45S
Recommended Prerequisite - Grade 12 Pre-Calculus Math (40S)
Grade 12 Calculus (45S) is an optional course. The prime objective of this course is to introduce the student
to areas of mathematics which will be studied in depth in
post-secondary programs. In this half-credit course, students
will be introduced to the concepts of limits, derivative
of a function, applications of derivatives and integration.
Grade 12 Calculus (45S) is not to be substituted forGrade 12 Pre-Calculus Mathematics. A student enrolled inGrade 12 Calculus (45S) should have completed or be currently enrolled inGrade 12 Pre-Calculus Mathematics (40S).
It is structured into modules as follows:
Grade 12 Pre-Calculus Mathematics(40S) 1 credit (2007)
T3939 40S
Note: Recommended prerequisite—Grade 11 Pre-Calculus Mathematics (30S)
Computer and Internet access required
This course is designed for students who intend to study calculus and related mathematics as part of their post-secondary education. The course is designed primarily as a high level study of theoretical mathematics with an emphasis on problem solving and mental mathematics.
It is structured as follows:
Suggested Resources