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| Preface
Glossary Review of first one hundred Idea of a number Addition The commutative law of addition Exercise 1 A number has many names Exercise 2 Subtraction Set Exercise 3 Multiplication The commutative law of multiplication Exercise 4 Division by a single digit Exercise 5 Review of the base ten system of notation The meaning and reading of large numbers Exercise 6 Expanded numerals Exercise 7 Addition of large numbers Exercise 8 Subtraction of large numbers Exercise 9 Multiplication of large numbers Checking of multiplication Exercise 10 Division by a single-digit divisor The concept of "long division" Zero in the quotient Division by multiple-digit divisors Exercise 11 Divisibility of numbers Exercise 12 Prime and composite numbers Prime numbers Definition of prime numbers Infinite number of prime numbers Exercise 13 Exercise 25 Base two system of notation Exercise 26 Changing a base ten numeral to its equivalent base two numeral Exercise 27 Changing a binary numeral to its equivalent base ten numeral Exercise 28 Addition of binary numerals ALGEBRA Classification of numbers Definition of terms Positive and negative signs to indicate difference in number’s quality Exercise 29 Exercise 30 Rational numbers Exercise 31 Summary Addition of signed numbers Addition of numbers with unlike signs Summary Exercise 32 Subtraction of signed numbers Summary of the idea of negative numbers Parentheses Exercise 33 Exercise 35 Exercise 36 Multiplication and division of signed numbers |
Composite
numbers
Expressing a composite number as a product of its prime numbers Summary of prime and composite numbers Exercise 14 Factors Idea of a factor Prime factors Exercise 15 Common factors The greatest common factor (GCF) Finding the GCF of two or more numbers Summary of the concept of a factor Exercise 16 Multiple Common multiple Least common multiple (LCM) Finding the LCM of two or more numbers Exercise 17 Exponents A product and its factors Exercise 18 Order of operations with exponents Exercise 19 Law of exponents Exercise 20 Exercise 21 Scientific notation for large numbers Negative exponents Scientific notation summary Rising a fraction to a given power Exercise 22 Integers Square roots Definition of terms Exercise 23 Math terms and their meanings Perfect squares Cube roots Definition of terms Perfect cubes Exercise 24 Pythagorean Theorem Rule of signs Exercise 37 Exercise 38 Exercise 39 Algebraic number symbols Three fundamental math laws Definitions Evaluating expressions Basics of addition and subtraction of algebraic terms Basics of multiplication and division of algebraic terms Simplifying algebraic expressions Exercise 40 The algebraic equation Definition of algebraic equation Solving the equation Exercise 41 Algebraic axioms Two fundamental algebraic axioms Exercise 42 Solving equations by transposition of the terms Exercise 43 Solving an equation with two or more terms Exercise 44 Exercise 45 Exercise 46 Exercise 47 Answers Index |
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