Algebra I all-in-one for dummies

Solve for 'X' with this practical and easy guide to everything algebra A solid understanding of algebra is the key to unlocking other areas of math and science that rely on the concepts and skills that happen in a foundational Algebra class. Algebra I All-In-One For Dummies is the key! Wit...

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Detalles Bibliográficos
Otros Autores: Sterling, Mary Jane, author (author)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Hoboken, New Jersey : John Wiley & Sons, Incorporated [2022]
Materias:
Ver en Biblioteca Universitat Ramon Llull:https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009724230106719
Tabla de Contenidos:
  • Intro
  • Title Page
  • Copyright Page
  • Table of Contents
  • Introduction
  • About This Book
  • Foolish Assumptions
  • Icons Used in This Book
  • Beyond the Book
  • Where to Go from Here
  • Book 1: Starting Out with Numbers and Properties
  • Chapter 1: Assembling Your Tools: Number Systems
  • Identifying Numbers by Name
  • Realizing real numbers
  • Counting on natural numbers
  • Whittling out whole numbers
  • Integrating integers
  • Being reasonable: Rational numbers
  • Restraining irrational numbers
  • Picking out primes and composites
  • Zero: It's Complicated
  • Imagining imaginary numbers
  • Coping with complex numbers
  • Placing Numbers on the Number Line
  • Speaking in Algebra
  • Being precise with words
  • Describing the size of an expression
  • Relating operations with symbols
  • Taking Aim at Algebra-Speak
  • Herding numbers with grouping symbols
  • Defining relationships
  • Taking on algebraic tasks
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 1 Quiz
  • Answers to Chapter 1 Quiz
  • Chapter 2: Deciphering Signs in Expressions
  • Assigning Numbers Their Place
  • Using the number line
  • Comparing positives and negatives with symbols
  • Zeroing in on Zero
  • Going in for Operations
  • Sorting out types of operations
  • Tackling the Basic Binary Operations
  • Adding signed numbers
  • Making a Difference with Signed Numbers
  • Multiplying Signed Numbers
  • Dividing Signed Numbers
  • Working with Nothing: Zero and Signed Numbers
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 2 Quiz
  • Answers to Chapter 2 Quiz
  • Chapter 3: Incorporating Algebraic Properties
  • Getting a Grip on Grouping Symbols
  • Spreading, Grouping, and Changing the Order
  • Distributing the wealth
  • Making Associations Work
  • Computing by Commuting
  • Relating Inverses and Identities
  • Investigating Inverses.
  • Identifying Identities
  • Working with Factorial
  • Applying the Greatest Integer Function
  • Practice Question Answers and Explanations
  • Whaddya Know? Chapter 3 Quiz
  • Answers to Chapter 3 Quiz
  • Chapter 4: Coordinating Fractions and Decimals
  • Converting Improper Fractions and Mixed Numbers
  • Finding Fraction Equivalences
  • Rewriting fractions
  • Determining lowest terms
  • Making Proportional Statements
  • Finding Common Denominators
  • Creating common denominators from multiples of factors
  • Using the box method
  • Applying Fractional Operations
  • Adding and subtracting fractions
  • Multiplying and dividing fractions
  • Simplifying Complex Fractions
  • Performing Operations with Decimals
  • Changing Fractions to Decimals and Vice Versa
  • Making fractions become decimals
  • Rounding decimals
  • Writing decimals as equivalent fractions
  • Practice Question Answers and Explanations
  • Whaddya Know? Chapter 4 Quiz
  • Answers to Chapter 4 Quiz
  • Book 2: Operating on Operations
  • Chapter 5: Taming Rampaging Radicals
  • Simplifying Radical Terms
  • Working through Radical Expressions
  • Recognizing perfect square terms
  • Rewriting radical terms
  • Rationalizing Fractions
  • Managing Radicals as Exponential Terms
  • Using Fractional Exponents
  • Making the switch to fractional exponents
  • Simplifying expressions with exponents
  • Estimating Answers
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 5 Quiz
  • Answers to Chapter 5 Quiz
  • Chapter 6: Exploring Exponents
  • Powering up with Exponential Notation
  • Using Negative Exponents
  • Multiplying and Dividing Exponentials
  • Multiplying the same base
  • Multiplying the same power
  • Dividing with exponents
  • Raising Powers to Powers
  • Testing the Power of Zero
  • Writing Numbers with Scientific Notation
  • Practice Questions Answers and Explanations.
  • Whaddya Know? Chapter 6 Quiz
  • Answers to Chapter 6 Quiz
  • Book 3: Making Things Simple by Simplifying
  • Chapter 7: Simplifying Algebraic Expressions
  • Addressing the Order of Operations
  • Adding and Subtracting Like Terms
  • Multiplying and Dividing Algebraically
  • Dealing with factors
  • Diving into dividing
  • Gathering Terms with Grouping Symbols
  • Evaluating Expressions
  • Checking Your Answers
  • Seeing if it makes sense
  • Plugging in values
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 7 Quiz
  • Answers to Chapter 7 Quiz
  • Chapter 8: Working with Numbers in Their Prime
  • Beginning with the Basics
  • Composing Composite Numbers
  • Writing Prime Factorizations
  • Dividing while standing on your head
  • Getting to the root of primes with a tree
  • Wrapping your head around the rules of divisibility
  • Making Use of a Prime Factor
  • Taking primes into account
  • Pulling out factors and leaving the rest
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 8 Quiz
  • Answers to Chapter 8 Quiz
  • Chapter 9: Specializing in Multiplication Matters
  • Distributing One Factor Over Many
  • Distributing Signs
  • Mixing It up with Numbers and Variables
  • Negative exponents yielding fractional answers
  • Working with Fractional Powers
  • Distributing More Than One Term
  • Distributing binomials
  • Distributing trinomials
  • Curses, Foiled Again - Or Not
  • Squaring Binomials
  • Multiplying the Sum and Difference of the Same Two Terms
  • Powering Up Binomials
  • Cubing binomials
  • Raising Binomials to Higher Powers
  • Creating the Sum and Difference of Cubes
  • Multiplying Conjugates
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 9 Quiz
  • Answers to Chapter 9 Quiz
  • Chapter 10: Dividing the Long Way to Simplify Algebraic Expressions
  • Dividing by a Monomial.
  • Dividing by a Binomial
  • Dividing by Polynomials with More Terms
  • Simplifying Division Synthetically
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 10 Quiz
  • Answers to Chapter 10 Quiz
  • Book 4: Factoring
  • Chapter 11: Figuring on Factoring
  • Factoring out the Greatest Common Factor
  • Factoring out numbers
  • Factoring out variables
  • Unlocking combinations of numbers and variables
  • Using the Box Method
  • Changing Factoring into a Division Problem
  • Reducing Algebraic Fractions
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 11 Quiz
  • Answers to Chapter 11 Quiz
  • Chapter 12: Taking the Bite out of Binomial Factoring
  • Reining in Big and Tiny Numbers
  • Factoring the Difference of Squares
  • Factoring Differences and Sums of Cubes
  • Making Factoring a Multiple Mission
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 12 Quiz
  • Answers to Chapter 12 Quiz
  • Chapter 13: Factoring Trinomials and Special Polynomials
  • Recognizing the Standard Quadratic Expression
  • Focusing First on the Greatest Common Factor
  • Unwrapping the FOILing Package
  • The opening to unFOIL
  • Coming to the end of the FOIL roll
  • Factoring Quadratic-Like Trinomials
  • Factoring Trinomials Using More Than One Method
  • Factoring by Grouping
  • Putting All the Factoring Together and Making Factoring Choices
  • Combining unFOIL and the GCF
  • Grouping and unFOILing in the same package
  • Incorporating the Remainder Theorem
  • Synthesizing with synthetic division
  • Choosing numbers for synthetic division
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 13 Quiz
  • Answers to Chapter 13 Quiz
  • Book 5: Solving Linear and Polynomial Equations
  • Chapter 14: Establishing Ground Rules for Solving Equations
  • Creating the Correct Setup for Solving Equations.
  • Setting up equations for further action
  • Making plans for solving equations
  • Keeping Equations Balanced
  • Balancing with binary operations
  • Squaring both sides and suffering the consequences
  • Taking a root of both sides
  • Solving with Reciprocals
  • Making a List and Checking It Twice
  • Doing a reality check
  • Thinking like a car mechanic when checking your work
  • Practice Problems Answers and Explanations
  • Whaddya Know? Chapter 14 Quiz
  • Answers to Chapter 14 Quiz
  • Chapter 15: Lining Up Linear Equations
  • Playing by the Rules
  • Using the Addition/Subtraction Property
  • Using the Multiplication/Division Property
  • Devising a method using division
  • Making the most of multiplication
  • Reciprocating the invitation
  • Putting Several Operations Together
  • Solving Linear Equations with Grouping Symbols
  • Nesting isn't for the birds
  • Distributing first
  • Multiplying or dividing before distributing
  • Working with Proportions
  • Using the rules for proportions
  • Transforming fractional equations into proportions
  • Solving for Variables in Formulas
  • Practice Questions Answers and Explanations
  • Whaddya Know? Chapter 15 Quiz
  • Answers to Chapter 15 Quiz
  • Chapter 16: Muscling Up to Quadratic Equations
  • Using the Square-Root Rule
  • Factoring for a Solution
  • Zeroing in on the multiplication property of zero
  • Assigning the greatest common factor and multiplication property of zero to solving quadratics
  • Solving Quadratics with Three Terms
  • Using the Quadratic Formula
  • Completing the Square
  • Imagining the Worst with Imaginary Numbers
  • Practice Problems Answers and Explanations
  • Whaddya Know? Chapter 16 Quiz
  • Answers to Chapter 16 Quiz
  • Book 6: Dealing with Non-Polynomial Equations and Inequalities
  • Chapter 17: Yielding to Higher Powers
  • Queuing Up to Cubic Equations.
  • Solving perfectly cubed equations.