Mathematics
Mathematics
Cycle Two (1st-5th Grade)
Instruction in mathematics helps students develop an aptitude for research and reasoning. Research opportunities encourage students to experiment with problem-solving strategies and provide them with new ideas and skills.
NUMERATION
- Knowledge of numbers up to 1,000
- Understanding of place value (ones, tens, hundreds)
- Understanding of numbers in their numeric and written form (3 and three)
- Understanding of relationships between numbers such as doubles and halves
- Develop mental arithmetic procedures: addition, subtraction, multiplication, and division
- Master the technique of addition and subtraction with and without carrying
- Learn and practice mental calculation techniques.
- Learn to develop different strategies to solve problems.
GEOMETRY AND MEASUREMENT
- Recognize, describe, and reproduce simple solids and geometrical shapes including squares, rectangles, triangles, and other polygons
- Use the calendar and calculate duration of time
- Use common units of the metric system
Cycle Three (4th-5th Grade)
Problem-solving is essential to the mastery of mathematics. The ability to search, think in abstract ways, and prove allows students to establish connections between previously acquired and new concepts.
PROBLEM-SOLVING
- Adopt an appropriate strategy to solve a problem
- Implement the strategy logically
- Communicate the strategy
- Discuss the validity of the solution
NUMERATION
- Order whole numbers
- Establish arithmetical relationships between numbers
- Operate techniques for subtraction, multiplication, and Euclidian division
- Write a decimal number and its fractional equivalent and vice versa
- Solve problems involving addition and subtraction, multiplication and division of a decimal by an integer, and a decimal division of two integers
GEOMETRY AND MEASUREMENT
- Reproduce, describe (using the appropriate vocabulary), represent, and construct common geometrical objects
- Perform actions on plane figures: perfecting reproduction, construction, and transformation techniques (axial symmetry, enlargement, reduction)
- Measure different quantities: length, mass, duration, area, and volume (using the metric and the U.S. customary system)
PROBABILITY AND STATISTICS
- Make predictions using experimental probability
- Collect and analyze data