MODULE 1 - INTEGER EXPONENTS AND SCIENTIFIC NOTATION

TOPIC A - EXPONENTIAL NOTATION AND PROPERTIES OF INTEGER EXPONENTS

TOPIC B - MAGNITUDE AND SCIENTIFIC NOTATION

MODULE 2 - THE CONCEPT OF CONGRUENCE

TOPIC A - DEFINITIONS AND PROPERTIES OF THE BASIC RIGID MOTIONS

TOPIC B - SEQUENCING THE BASIC RIGID MOTIONS

TOPIC C - CONGRUENCE AND ANGLE RELATIONSHIPS

TOPIC D - THE PYTHAGOREAN THEOREM

MODULE 3 - SIMILARITY

TOPIC A - DILATION

TOPIC B - SIMILAR FIGURES

TOPIC C - THE PYTHAGOREAN THEOREM

MODULE 4 - LINEAR EQUATIONS

TOPIC A - WRITING AND SOLVING LINEAR EQUATIONS

TOPIC B - LINEAR EQUATIONS IN TWO VARIABLES AND THEIR GRAPHS

TOPIC C - SLOPE AND EQUATIONS OF LINES

TOPICS D AND E

MODULE 5 - EXAMPLES OF FUNCTIONS FROM GEOMETRY

TOPIC A - FUNCTIONS

TOPIC B - VOLUME

MODULE 6 - LINEAR FUNCTIONS

TOPIC A - LINEAR FUNCTIONS

TOPIC B - BIVARIATE NUMERICAL DATA

TOPIC C - LINEAR AND NONLINEAR MODELS

TOPIC D - BIVARIATE CATEGORICAL DATA

MODULE 7 - INTRODUCTIONS TO IRRATIONAL NUMBERS USING GEOMETRY

TOPIC A - SQUARE AND CUBE ROOTS

TOPIC B - DECIMAL EXPANSIONS OF NUMBERS

TOPIC C - THE PYTHAGOREAN THEOREM

TOPIC D - APPLICATIONS OF RADICALS AND ROOTS