Question 1

How do I choose the right Grade 12 math course in PEI?

Accepted Answer

Consider your future goals, strengths, and post-secondary plans. Consult with your guidance counselor to match your aspirations with the appropriate course, whether it's calculus for STEM or workplace math for trades.

Question 2

What support is available for struggling Grade 12 math students in PEI?

Accepted Answer

PEI schools offer extra help sessions, peer tutoring, and online resources. Additionally, specialized math support programs and private tutoring options are available to help students succeed in their chosen course.

Question 3

How does Pre-Calculus 12 (MAT621B) differ from Mathematics 12 (MAT621A)?

Accepted Answer

Pre-Calculus 12 focuses on advanced topics necessary for post-secondary STEM programs, including complex functions and trigonometry. Mathematics 12 provides a broader, less specialized curriculum suitable for various academic paths.

Question 4

Is Advanced Mathematics and Calculus 12 (MAT611B) necessary for university admission?

Accepted Answer

While not always required, MAT611B can be beneficial for competitive STEM programs. It provides a strong foundation in calculus and advanced topics, potentially giving students an advantage in university-level mathematics.

Question 5

How does Apprenticeship and Workplace Mathematics 12 (MAT631A) prepare students for careers?

Accepted Answer

MAT631A focuses on practical math skills used in trades and everyday life, including budgeting, measurement, and data analysis. It's designed to prepare students for direct entry into the workforce or apprenticeship programs.

Courses

More

Grade 12 Math Courses - PEI Curriculum

PEI Grade 12 Math Curriculum - Advanced Courses and Pathways

CO_ID

Curriculum Outcome

StudyPug Topic

PI.CO.C12.C1

Solve problems involving limits:

PI.CO.C12.C2

Solve problems involving asymptotic and end behaviour:

PI.CO.C12.C3

Solve problems involving continuity:

PI.CO.C12.C4

Explore the concept of the derivative as the instantaneous rate of change:

PI.CO.C12.C5

Determine the derivative of a function by applying the definition of derivative:

PI.CO.C12.C6

Apply derivative rules to determine the derivative of a function:

PI.CO.C12.C7

Use calculus techniques to solve problems involving rates of change:

PI.CO.C12.C8

Find derivatives of trigonometric functions:

PI.CO.C12.C10

Solve problems involving inverse trigonometric functions:

PI.CO.C12.C12

Use calculus techniques to sketch the graph of a function:

PI.CO.C12.C13

Use calculus techniques to solve optimization problems:

PI.CO.C12.C14

Use linearization and Newton's Method to solve problems:

PI.CO.C12.C16

Determine the indefinite integral of a function:

PI.CO.C12.C17

Determine the definite integral of a function:

PI.CO.C12.C18

Solve problems that involve the application of the integral of a function: