Question 1

How do I choose the right Level 20 Math course?

Accepted Answer

Consider your future academic or career goals, strengths, and interests. Consult with your teacher or guidance counselor to determine which course aligns best with your plans and abilities.

Question 2

What support is available for struggling Level 20 Math students?

Accepted Answer

Schools offer various supports, including extra help sessions, peer tutoring, and online resources. Additionally, consider using supplementary learning platforms or seeking a private tutor for personalized assistance.

Question 3

How challenging is Workplace and Apprenticeship Mathematics 20?

Accepted Answer

This course focuses on practical applications and is designed to be accessible. It covers essential math skills for trades and everyday life, with assessments often based on real-world problem-solving.

Question 4

What career paths does Foundations of Mathematics 20 support?

Accepted Answer

Foundations of Mathematics 20 prepares students for careers in social sciences, nursing, multimedia, and business. It emphasizes statistical reasoning and financial mathematics applicable to various fields.

Question 5

Is Pre-calculus 20 necessary for all university programs?

Accepted Answer

Pre-calculus 20 is typically required for university programs in science, engineering, and advanced mathematics. However, many programs accept Foundations of Mathematics 20. Check specific program requirements.

Courses

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Level 20 Math Courses - Saskatchewan Curriculum

Saskatchewan Level 20 Math Curriculum - Grade 11 Mathematics

SO_ID

Outcome

StudyPug Topic

FM20.1

Develop rubrics, collect data, assess accuracy, interpret data, identify issues, create presentations

FM20.2

Make conjectures, justify reasoning, critique statements, prove relationships, analyze arguments, solve puzzles

FM20.3

Proportional reasoning, rates, scale diagrams, solve problems involving scale factors, areas, volumes

FM20.4

Parallel lines, transversals, angle relationships, sum of angles in polygons, construct parallel lines

FM20.5

Solve triangles without right angles, cosine law, sine law, ambiguous case

FM20.6

Standard deviation, normal distribution, z-scores, interpret statistical data

FM20.7

Confidence intervals, margin of error, confidence levels, make inferences from sample data

FM20.8

Systems of linear inequalities, graphing, solving optimization problems

FM20.9

Quadratic functions, intercepts, vertex, axis of symmetry, domain and range, graphing