::= ( formal_process | knowledge_process ) ( math_operation ', ' quant_object | processPred ) ' "involving" ' scope_object
no references
::= formal_process ( math_operation ', ' quant_object | processPred ) notation_object? ' "involving Whole Numbers" ' sub_scope
| knowledge_process ( math_operation ', ' quant_object | processPred ) ' "involving Whole Numbers" ' sub_scope ( ' “by” ' knowledge_subprocess )?
no references
::= ' read '
| ' recite '
| ' write '
| ' represent ' ( ' with ' representation )?
| ' randomly sample '
referenced by:
referenced by:
models ::= ' “images” '
| ' “sounds” '
| ' “activities” '
referenced by:
realia ::= ' “specimens” '
| ' “body parts” '
referenced by:
glyphs ::= ' “words” '
| ' “symbols” '
| ' “drawings” '
| ' “graphs” '
referenced by:
::= ' "remember" '
| ' "understand" '
| ' "apply" '
| ' "analyze" '
| '"evaluate" '
| ' "create" '
referenced by:
::= ' "putting together" '
| ' "adding to" '
| ' "taking apart" '
| ' "taking from" '
referenced by:
::= ' “Make Sense of Problems” '
| ' “Persevere in Solving Problems” '
| ' “Reason Abstractly” '
| ' “Reason Quantitatively” '
| ' “Construct Viable Arguments” '
| ' “Critique Reasoning” '
| ' “Model Problems” '
| ' “Use Tools Strategically” '
| ' “Attend to Precision” '
| ' “Look for Structure” '
| ' “Make Use of Structure” '
| ' “Look for Regularity in Repeated Reasoning” '
| ' “Express Regularity in Repeated Reasoning” '
no references
::= ' “naming” '
| ' “sequencing” '
| ' “ordering” '
| ' “adding” '
| ' “subtracting” '
| ' “multiplying” '
| ' “dividing” '
| ' “negating” '
| ' “exponentiating” '
| ' “grouping” '
referenced by:
::= ' "Numbers" '
| ' "Terms" '
| ' "Factors" '
| ' "Angles" '
| ' "Algebraic Expressions" '
| ' "Variables" '
| ' "Functions" '
| ' "Chance Processes" '
| ' "Arrays" '
referenced by:
::= ' "Volumes" '
| ' "Numerical Expressions" '
| ' "Numerical Equations" '
| ' "Properties of Objects" '
| ' "Properties of Operations" '
| ' "Patterns" '
| ' "Common Factors" '
| ' "Multiples" '
| ' "Common Multiples" '
| ' "Place Values" '
| ' "Attributes" '
| ' "Standard Units" '
| ' "SI Units" '
| ' "Areas" '
| ' "Perimeters" '
| ' "Data" '
| ' "Shapes" '
| ' "Surface Areas" '
| ' "Realia" '
| ' "Models" '
| ' "Congruence" '
| ' "Similarity" '
| ' "Ratios" '
| ' "Proportions" '
| ' "Numerical Inequalities" '
| ' "Algebraic Equations" '
| ' "Algebraic Inequalities" '
| ' "Lines" '
| ' "Linear Equations" '
| ' "Simultaneous Equations" '
| ' "Statistical Variability" '
| ' "Distributions" '
| ' "Populations" '
| ' "Probability Models" '
| ' "Bivariate Data" '
| ' "Sets" '
| ' "Elements" '
| ' "Experiments" '
| ' "Observations" '
| ' "Dependent Variables" '
| ' "Independent Variables" '
| ' "Sums" '
| ' "Differences" '
| ' "Products" '
| ' "Quotients" '
| ' "Remainders" '
| ' "Groups" '
| ' "Length" '
| ' "Width" '
| ' "Depth or Height" '
| ' "Qualitative Attributes" '
| ' "Plane Figures" '
| ' "Objects in Space" '
| ' "Samples" '
| ' "Random Samples" '
| ' "Prisms and Cylinders" '
| ' "Spheres" '
| ' "Cones" '
| ' "Quantitative Stories" '
referenced by:
::= ' “Pythagorean Theorem” '
| ' “Standard Algorithm for Addition” '
| ' “Standard Algorithm for Subtraction” '
| ' “Standard Algorithm for Multiplication” '
| ' “Standard Algorithm for Division” '
| ' “European Algorithm for Subtraction” '
| ' “Lattice Algorithm for Multiplication” '
| ' “Common Factors” '
| ' “Distributive Property” '
| ' “Commutative Property” '
| ' “Associative Property” '
no references
::= ' "Whole Numbers" ' sub_scope?
| ' “Integers” '
| ' “Unit Fractions” '
| ' “Rational Numbers” '
| ' “Real Numbers” '
| ' “Imaginary Numbers” '
| ' “Complex Numbers” '
| ' “Vectors” '
| ' “Matrices” '
| ' “Infinite Numbers” '
| ' “Random Numbers” '
| ' “Expected Values” '
| ' “Probabilities” '
| ' “The Plane” '
| ' “Space” '
| ' “Algebraic Expressions” '
| ' “Numerical Expressions” '
referenced by:
::= ' “in” ' ( ' “Fractional Notations” ' | ' “Decimal Notations” ' | ' “Proportional
Notation” ' | ' “Addition Notation” ' | ' “Subtraction Notation” ' | ' “Multiplication
Notations” ' | ' “Division Notations” ' | ' “Radical Notation” ' | ' “Exponential
Notation” ' | ' “Scientific Notation” ' | ' “Base Ten” ' )
referenced by:
::= ' “0” '
| ' “1” '
| ' “to 2” '
| ' “to 3” '
| ' “to 4” '
| ' “to 5” '
| ' “within 10” '
| ' “within 20” '
| ' “within 100” '
| ' “within 120” '
| ' “within 1000” '
referenced by:
|