Lower Elementary 1-3 Mathematics Program
Numeration: Establish place values from units to millions; form, read and compare single and multi-digit whole numbers; form, read, and compare fractions
Mathematical Operations: Add, multiply, subtract and divide whole numbers
Math Facts: Research of math fact combinations; develop fluency with math facts
Geometry: Name and classify lines, angles, polygons and closed figures; establish congruence, similarity and equivalence
Application: Use operations for word problems, to calculate with money, and other real world scenarios
Measurement: Use non-standard and US Customary measurement for length, mass, and temperature
Data: Collect, represent and interpret data using tally marks, bar graphs, line graphs and pie graphs
Pre-Algebra: exploration of the commutative, associative and distributive properties, analysis of squares and cubes
Upper Elementary 4-6 Mathematics Program:Numeration: Form, read and compare whole numbers, fractions, decimals, and relative numbers; express numbers in standard, expanded and exponential notation
Mathematical Operations: Addition, multiplication, subtraction and division of whole numbers, fractions, decimal fractions and relative numbers; derivation of square and cube roots; application of order of operations
Geometry: Classification and measurement of lines, angles, plane figures and solids; determination of equivalence using multi-step proofs and application of the transitive property; use of a coordinate plane to plot points and lines; explorations of the Pythagorean Theorem
Measurement: Use metric units to measure length, area, volume and mass
Data: Collect, represent and analyze data using bar graphs, line graphs, and pie charts. Identify mean, median, mode and range of a data set. Determine probability to describe and predict outcomes
Proportionality: Use ratios, proportions, and percentages to express mathematical relationships; move flexibly between fractions, decimals, and percents to suit the scenario
Pre-algebra: Use variables to represent unknown quantities; expand and build polynomial squares; use tables, rules, variables and graphs to describe patterns and numerical relationships; derive formulas to generalize from specifics