Question 1

How does Grade 11 math differ from Grade 10 in BC?

Accepted Answer

Grade 11 math in BC introduces more advanced concepts and offers two streams: Foundations and Pre-Calculus. It requires deeper analytical skills and prepares students for specific post-secondary paths.

Question 2

Which Grade 11 math course should I choose in BC?

Accepted Answer

Choose Foundations 11 for practical math applications or Pre-Calculus 11 for advanced math and science pathways. Consider your strengths and future academic or career goals when deciding.

Question 3

What support is available for Grade 11 math students in BC?

Accepted Answer

BC offers various supports including online resources, school-based tutoring, math labs, and study groups. Many schools also provide additional help sessions and practice materials for provincial exams.

Question 4

What are the learning expectations for Grade 11 math in BC?

Accepted Answer

Students are expected to master course-specific concepts, develop problem-solving skills, use mathematical reasoning, and apply knowledge to real-world situations, aligning with BC's curriculum standards.

Question 5

How difficult is Foundations 11 compared to Pre-Calculus 11?

Accepted Answer

Foundations 11 focuses on practical applications and is generally considered less abstract than Pre-Calculus 11. Pre-Calculus 11 is more challenging, preparing students for advanced math courses.

Question 6

What career pathways does Pre-Calculus 11 support?

Accepted Answer

Pre-Calculus 11 supports careers in STEM fields, including engineering, physics, computer science, and advanced mathematics. It's essential for students planning to pursue these areas in post-secondary education.

Courses

More

Grade 11 Math Courses - BC Curriculum

BC Grade 11 Math Curriculum: Foundations 11 & Pre-Calculus 11

CC_ID

Content-Elaborations

StudyPug Topic

BC.CE.FM11.1

Forms of mathematical reasoning: Logic, conjecturing, inductive and deductive thinking, proofs, game/puzzle analysis, counter-examples

BC.CE.FM11.2

Angle relationships: Properties, proofs, parallel lines, triangles and other polygons, angle constructions

BC.CE.FM11.3

Graphical analysis: Using technology for linear inequalities, quadratic functions, and systems of equations

BC.CE.FM11.4

Optimization: Using feasible region to optimize objective function, maximizing profit while minimizing cost

BC.CE.FM11.5

Applications of statistics: Posing questions, collecting data, interpreting results, measures of central tendency, standard deviation

BC.CE.FM11.6

Scale models: Enlargements and reductions of 2D shapes and 3D objects, comparing properties of similar objects

BC.CE.FM11.7

Financial literacy: Compound interest, introduction to investments/loans with regular payments, buy/lease decisions

BC.CE.FM11.E1

Similar shapes and objects: Characteristics of similar objects, changes in properties during enlargement or reduction

BC.CE.FM11.E2

Optimization: Mathematical analysis for minimum or maximum output, using optimization to resolve conflicts

BC.CE.FM11.E3

Logical reasoning: Strategic steps based on valid mathematical procedures, application to everyday life problems

BC.CE.FM11.E4

Variation in statistical analysis: Data gathering methods, analyzing data, making decisions, describing variation