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This is completed downloadable of Solution Manual for Starting out with Python, 5th Edition, Tony Gaddis

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ISBN-10 ‏ : ‎ 0135929032
ISBN-13 ‏ : ‎ 978-0135929032
Author: Tony Gaddis

This is the eBook of the printed book and may not include any media, website access codes, or print supplements that may come packaged with the bound book. This access card provides access to MyLab Programming. Pearson eText is included. A clear and student-friendly introduction to the fundamentals of Python In Starting Out with Python®, 5th Edition, Tony Gaddis’ accessible coverage introduces students to the basics of programming in a high level language. Python, an easy-to-learn and increasingly popular object-oriented language, allows readers to become comfortable with the fundamentals of programming without the troublesome syntax that can be challenging for novices. With the knowledge acquired using Python, students gain confidence in their skills and learn to recognize the logic behind developing high-quality programs. Starting Out with Python discusses control structures, functions, and lists before classes. As with all Gaddis texts, clear and easy-to-read code listings, concise and practical real-world examples, focused explanations, and an abundance of exercises appear in every chapter. Updates to the 5th Edition include a new chapter on database programming, and new coverage of GUI programming, string processing and formatting, and turtle graphics topics. Personalize learning with MyLab Programming By combining trusted author content with digital tools and a flexible platform, MyLab personalizes the learning experience and improves results for each student. With MyLab Programming, students work through hundreds of short, auto-graded coding exercises and receive immediate and helpful feedback based on their work. Plus, get anytime, anywhere access with Pearson eText Pearson eText is a simple-to-use, mobile-optimized, personalized reading experience available within MyLab. It lets students highlight and take notes, all in one place – even when offline. Educators can easily customize the table of contents and share their own notes with students so they see the connection between their eText and what they learn in class.

Table of Content:

Chapter 1 Introduction to Computers and Programming
1.1 Introduction
1.2 Hardware and Software
Hardware
The CPU
Main Memory
Secondary Storage Devices
Input Devices
Output Devices
Software
System Software
Application Software
1.3 How Computers Store Data
Storing Numbers
Storing Characters
Advanced Number Storage
Other Types of Data
1.4 How a Program Works
From Machine Language to Assembly Language
High-Level Languages
Keywords, Operators, and Syntax: An Overview
Compilers and Interpreters
1.5 Using Python
Installing Python
The Python Interpreter
Interactive Mode
Writing Python Programs and Running Them in Script Mode
The IDLE Programming Environment
Review Questions
Multiple Choice
True or False
Short Answer
Exercises
Chapter 2 Input, Processing, and Output
2.1 Designing a Program
The Program Development Cycle
More About the Design Process
Understand the Task That the Program Is to Perform
Determine the Steps That Must Be Taken to Perform the Task
Pseudocode
Flowcharts
2.2 Input, Processing, and Output
2.3 Displaying Output with the print Function
Strings and String Literals
2.4 Comments
2.5 Variables
Creating Variables with Assignment Statements
Variable Naming Rules
Displaying Multiple Items with the print Function
Variable Reassignment
Numeric Data Types and Literals
Storing Strings with the str Data Type
Reassigning a Variable to a Different Type
2.6 Reading Input from the Keyboard
Reading Numbers with the input Function
2.7 Performing Calculations
Floating-Point and Integer Division
Operator Precedence
Grouping with Parentheses
The Exponent Operator
The Remainder Operator
Converting Math Formulas to Programming Statements
Mixed-Type Expressions and Data Type Conversion
Breaking Long Statements into Multiple Lines
2.8 String Concatenation
Implicit String Literal Concatenation
2.9 More About the print Function
Suppressing the print Function’s Ending Newline
Specifying an Item Separator
Escape Characters
2.10 Displaying Formatted Output with F-strings
Placeholder Expressions
Formatting Values
Rounding Floating-Point Numbers
Inserting Comma Separators
Formatting a Floating-Point Number as a Percentage
Formatting in Scientific Notation
Formatting Integers
Specifying a Minimum Field Width
Aligning Values
The Order of Designators
Concatenation with F-strings
2.11 Named Constants
2.12 Introduction to Turtle Graphics
Drawing Lines with the Turtle
Turning the Turtle
Setting the Turtle’s Heading to a Specific Angle
Getting the Turtle’s Current Heading
Moving the Pen Up and Down
Drawing Circles and Dots
Changing the Pen Size
Changing the Drawing Color
Changing the Background Color
Resetting the Screen
Specifying the Size of the Graphics Window
Moving the Turtle to a Specific Location
Getting the Turtle’s Current Position
Controlling the Turtle’s Animation Speed
Hiding the Turtle
Displaying Text in the Graphics Window
Filling Shapes
Getting Input with a Dialog Box
Getting String Input with the turtle.textinput Command
Using turtle.done() to Keep the Graphics Window Open
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Personal Information
2. Sales Prediction
3. Land Calculation
4. Total Purchase
5. Distance Traveled
6. Sales Tax
7. Miles-per-Gallon
8. Tip, Tax, and Total
9. Celsius to Fahrenheit Temperature Converter
10. Ingredient Adjuster
11. Male and Female Percentages
12. Stock Transaction Program
13. Planting Grapevines
14. Compound Interest
15. Turtle Graphics Drawings
Chapter 3 Decision Structures and Boolean Logic
3.1 The if Statement
Boolean Expressions and Relational Operators
The >= and <= Operators
The == Operator
The != Operator
Putting It All Together
3.2 The if-else Statement
Indentation in the if-else Statement
3.3 Comparing Strings
Other String Comparisons
3.4 Nested Decision Structures and the if-elif-else Statement
Testing a Series of Conditions
The if-elif-else Statement
3.5 Logical Operators
The and Operator
The or Operator
Short-Circuit Evaluation
The not Operator
The Loan Qualifier Program Revisited
Yet Another Loan Qualifier Program
Checking Numeric Ranges with Logical Operators
3.6 Boolean Variables
3.7 Turtle Graphics: Determining the State of the Turtle
Determining the Turtle’s Location
Determining the Turtle’s Heading
Determining Whether the Pen Is Down
Determining Whether the Turtle Is Visible
Determining the Current Colors
Determining the Pen Size
Determining the Turtle’s Animation Speed
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Day of the Week
2. Areas of Rectangles
3. Age Classifier
4. Roman Numerals
5. Mass and Weight
6. Magic Dates
7. Color Mixer
8. Hot Dog Cookout Calculator
9. Roulette Wheel Colors
10. Money Counting Game
11. Book Club Points
12. Software Sales
13. Shipping Charges
14. Body Mass Index
15. Time Calculator
16. February Days
17. Wi-Fi Diagnostic Tree
18. Restaurant Selector
19. Turtle Graphics: Hit the Target Modification
Chapter 4 Repetition Structures
4.1 Introduction to Repetition Structures
Condition-Controlled and Count-Controlled Loops
4.2 The while Loop: A Condition-Controlled Loop
The while Loop Is a Pretest Loop
Infinite Loops
4.3 The for Loop: A Count-Controlled Loop
Using the range Function with the for Loop
Using the Target Variable Inside the Loop
Letting the User Control the Loop Iterations
Generating an Iterable Sequence that Ranges from Highest to Lowest
4.4 Calculating a Running Total
The Augmented Assignment Operators
4.5 Sentinels
4.6 Input Validation Loops
4.7 Nested Loops
4.8 Turtle Graphics: Using Loops to Draw Designs
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Bug Collector
2. Calories Burned
3. Budget Analysis
4. Distance Traveled
5. Average Rainfall
6. Celsius to Fahrenheit Table
7. Pennies for Pay
8. Sum of Numbers
9. Ocean Levels
10. Tuition Increase
11. Weight Loss
12. Calculating the Factorial of a Number
13. Population
14. Write a program that uses nested loops to draw this pattern:
15. Write a program that uses nested loops to draw this pattern:
16. Turtle Graphics: Repeating Squares
17. Turtle Graphics: Star Pattern
18. Turtle Graphics: Hypnotic Pattern
19. Turtle Graphics: STOP Sign
Chapter 5 Functions
5.1 Introduction to Functions
Benefits of Modularizing a Program with Functions
Simpler Code
Code Reuse
Better Testing
Faster Development
Easier Facilitation of Teamwork
Void Functions and Value-Returning Functions
5.2 Defining and Calling a Void Function
Function Names
Defining and Calling a Function
Calling a Function
Indentation in Python
5.3 Designing a Program to Use Functions
Flowcharting a Program with Functions
Top-Down Design
Hierarchy Charts
Pausing Execution Until the User Presses Enter
Using the pass Keyword
5.4 Local Variables
Scope and Local Variables
5.5 Passing Arguments to Functions
Parameter Variable Scope
Passing Multiple Arguments
Making Changes to Parameters
Keyword Arguments
Mixing Keyword Arguments with Positional Arguments
5.6 Global Variables and Global Constants
Global Constants
5.7 Introduction to Value-Returning Functions: Generating Random Numbers
Standard Library Functions and the import Statement
Generating Random Numbers
Calling Functions from an F-String
Experimenting with Random Numbers in Interactive Mode
The randrange, random, and uniform Functions
Random Number Seeds
5.8 Writing Your Own Value-Returning Functions
Making the Most of the return Statement
How to Use Value-Returning Functions
Using IPO Charts
Returning Strings
Returning Boolean Values
Using Boolean Functions in Validation Code
Returning Multiple Values
Returning None from a Function
5.9 The math Module
The math.pi and math.e Values
5.10 Storing Functions in Modules
Conditionally Executing the main Function in a Module
5.11 Turtle Graphics: Modularizing Code with Functions
Storing Your Graphics Functions in a Module
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Kilometer Converter
2. Sales Tax Program Refactoring
3. How Much Insurance?
4. Automobile Costs
5. Property Tax
6. Calories from Fat and Carbohydrates
7. Stadium Seating
8. Paint Job Estimator
9. Monthly Sales Tax
10. Feet to Inches
11. Math Quiz
12. Maximum of Two Values
13. Falling Distance
14. Kinetic Energy
15. Test Average and Grade
16. Odd/Even Counter
17. Prime Numbers
18. Prime Number List
19. Future Value
20. Random Number Guessing Game
21. Rock, Paper, Scissors Game
22. Turtle Graphics: Triangle Function
23. Turtle Graphics: Modular Snowman
24. Turtle Graphics: Rectangular Pattern
25. Turtle Graphics: Checkerboard
26. Turtle Graphics: City Skyline
Chapter 6 Files and Exceptions
6.1 Introduction to File Input and Output
Types of Files
File Access Methods
Filenames and File Objects
Opening a File
Specifying the Location of a File
Writing Data to a File
Reading Data From a File
Concatenating a Newline to a String
Reading a String and Stripping the Newline from It
Appending Data to an Existing File
Writing and Reading Numeric Data
6.2 Using Loops to Process Files
Reading a File with a Loop and Detecting the End of the File
Using Python’s for Loop to Read Lines
6.3 Processing Records
6.4 Exceptions
Handling Multiple Exceptions
Using One except Clause to Catch All Exceptions
Displaying an Exception’s Default Error Message
The else Clause
The finally Clause
What If an Exception Is Not Handled?
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. File Display
2. File Head Display
3. Line Numbers
4. Item Counter
5. Sum of Numbers
6. Average of Numbers
7. Random Number File Writer
8. Random Number File Reader
9. Exception Handing
10. Golf Scores
11. Personal Web Page Generator
12. Average Steps Taken
Chapter 7 Lists and Tuples
7.1 Sequences
7.2 Introduction to Lists
The Repetition Operator
Iterating over a List with the for Loop
Indexing
The len Function
Using a for Loop to Iterate by Index Over a List
Lists Are Mutable
Concatenating Lists
7.3 List Slicing
7.4 Finding Items in Lists with the in Operator
7.5 List Methods and Useful Built-in Functions
The del Statement
The min and max Functions
7.6 Copying Lists
7.7 Processing Lists
Totaling the Values in a List
Averaging the Values in a List
Passing a List as an Argument to a Function
Returning a List from a Function
Randomly Selecting List Elements
Working with Lists and Files
7.8 List Comprehensions
Using if Clauses with List Comprehensions
7.9 Two-Dimensional Lists
7.10 Tuples
What’s the Point?
Converting Between Lists and Tuples
7.11 Plotting List Data with the matplotlib Package
Importing the pyplot Module
Plotting a Line Graph
Adding a Title, Axis Labels, and a Grid
Customizing the X and Y Axes
Displaying Markers at the Data Points
Plotting a Bar Chart
Customizing the Bar Width
Changing the Colors of the Bars
Adding a Title, Axis Labels, and Customizing the Tick Mark Labels
Plotting a Pie Chart
Displaying Slice Labels and a Chart Title
Changing the Colors of the Slices
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Total Sales
2. Lottery Number Generator
3. Rainfall Statistics
4. Number Analysis Program
5. Charge Account Validation
6. Larger Than n
7. Driver’s License Exam
8. Name Search
9. Population Data
10. World Series Champions
11. Lo Shu Magic Square
12. Prime Number Generation
13. Magic 8 Ball
14. Expense Pie Chart
15. 1994 Weekly Gas Graph
Chapter 8 More About Strings
8.1 Basic String Operations
Accessing the Individual Characters in a String
Iterating over a String with the for Loop
Indexing
IndexError Exceptions
The len Function
String Concatenation
Strings Are Immutable
8.2 String Slicing
8.3 Testing, Searching, and Manipulating Strings
Testing Strings with in and not in
String Methods
String Testing Methods
Modification Methods
Searching and Replacing
The Repetition Operator
Splitting a String
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Initials
2. Sum of Digits in a String
3. Date Printer
4. Morse Code Converter
5. Alphabetic Telephone Number Translator
6. Average Number of Words
7. Character Analysis
8. Sentence Capitalizer
9. Vowels and Consonants
10. Most Frequent Character
11. Word Separator
12. Pig Latin
13. PowerBall Lottery
14. Gas Prices
Chapter 9 Dictionaries and Sets
9.1 Dictionaries
Creating a Dictionary
Retrieving a Value from a Dictionary
Using the in and not in Operators to Test for a Value in a Dictionary
Adding Elements to an Existing Dictionary
Deleting Elements
Getting the Number of Elements in a Dictionary
Mixing Data Types in a Dictionary
Creating an Empty Dictionary
Using the for Loop to Iterate over a Dictionary
Some Dictionary Methods
The clear Method
The get Method
The items Method
The keys Method
The pop Method
The popitem Method
The values Method
Dictionary Comprehensions
Using if Clauses with Dictionary Comprehensions
9.2 Sets
Creating a Set
Getting the Number of Elements in a Set
Adding and Removing Elements
Using the for Loop to Iterate over a Set
Using the in and not in Operators to Test for a Value in a Set
Finding the Union of Sets
Finding the Intersection of Sets
Finding the Difference of Sets
Finding the Symmetric Difference of Sets
Finding Subsets and Supersets
Set Comprehensions
9.3 Serializing Objects
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Course information
2. Capital Quiz
3. File Encryption and Decryption
4. Unique Words
5. Word Frequency
6. File Analysis
7. World Series Winners
8. Name and Email Addresses
9. Blackjack Simulation
10. Word Index
Chapter 10 Classes and Object-Oriented Programming
10.1 Procedural and Object-Oriented Programming
Object Reusability
An Everyday Example of an Object
10.2 Classes
Class Definitions
Hiding Attributes
Storing Classes in Modules
The BankAccount Class
The _ _str_ _ Method
10.3 Working with Instances
Accessor and Mutator Methods
Passing Objects as Arguments
10.4 Techniques for Designing Classes
The Unified Modeling Language
Finding the Classes in a Problem
Writing a Description of the Problem Domain
Identify All of the Nouns
Refining the List of Nouns
Identifying a Class’s Responsibilities
The Customer Class
The Car Class
The ServiceQuote Class
This Is only the Beginning
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Pet Class
2. Car Class
3. Personal Information Class
4. Employee Class
5. RetailItem Class
6. Patient Charges
7. Employee Management System
8. Cash Register
9. Trivia Game
Chapter 11 Inheritance
11.1 Introduction to Inheritance
Generalization and Specialization
Inheritance and the “Is a” Relationship
Inheritance in UML Diagrams
11.2 Polymorphism
The isinstance Function
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Employee and ProductionWorker Classes
2. ShiftSupervisor Class
3. Person and Customer Classes
Chapter 12 Recursion
12.1 Introduction to Recursion
12.2 Problem Solving with Recursion
Using Recursion to Calculate the Factorial of a Number
Direct and Indirect Recursion
12.3 Examples of Recursive Algorithms
Summing a Range of List Elements with Recursion
The Fibonacci Series
Finding the Greatest Common Divisor
The Towers of Hanoi
Recursion versus Looping
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Recursive Printing
2. Recursive Multiplication
3. Recursive Lines
4. Largest List Item
5. Recursive List Sum
6. Sum of Numbers
7. Recursive Power Method
8. Ackermann’s Function
Chapter 13 GUI Programming
13.1 Graphical User Interfaces
GUI Programs Are Event-Driven
13.2 Using the tkinter Module
13.3 Displaying Text with Label Widgets
Adding Borders to a Label
Padding
Adding Internal Padding
Adding External Padding
Adding Both Internal and External Padding
Adding Different Amounts of External Padding to Each Side
13.4 Organizing Widgets with Frames
13.5 Button Widgets and Info Dialog Boxes
Creating a Quit Button
13.6 Getting Input with the Entry Widget
13.7 Using Labels as Output Fields
13.8 Radio Buttons and Check Buttons
Radio Buttons
Using Callback Functions with Radiobuttons
Check Buttons
13.9 Listbox Widgets
Specifying the Size of the Listbox
Using a Loop to Populate the Listbox
Selecting Items in a Listbox
Retrieving the Selected Item or Items
Deleting Items from a Listbox
Executing a Callback Function When the User Clicks a Listbox Item
Adding Scrollbars to a Listbox
Adding a Vertical Scrollbar
Adding a Horizontal Scrollbar Only
Adding Both Vertical and Horizontal Scrollbars
13.10 Drawing Shapes with the Canvas Widget
The Canvas Widget’s Screen Coordinate System
Drawing Lines: The create_line Method
Drawing Rectangles: The create_rectangle Method
Drawing Ovals: The create_oval Method
Drawing Arcs: The create_arc Method
Drawing Polygons: The create_polygon Method
Drawing Text: The create_text Method
Setting the Font
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Name and Address
2. Latin Translator
3. Miles Per Gallon Calculator
4. Celsius to Fahrenheit
5. Property Tax
6. Joe’s Automotive
7. Long-Distance Calls
8. This Old House
9. Tree Age
10. Hollywood Star
11. Vehicle Outline
12. Solar System
Chapter 14 Database Programming
14.1 Database Management Systems
SQL
SQLite
14.2 Tables, Rows, and Columns
Column Data Types
Primary Keys
Identity Columns
Allowing Null Values
14.3 Opening and Closing a Database Connection with SQLite
Specifying the Database’s Location on Disk
Passing SQL Statements to the DBMS
14.4 Creating and Deleting Tables
Creating a Table
Creating Multiple Tables
Creating a Table Only If It Does Not Already Exist
Deleting a Table
14.5 Adding Data to a Table
Inserting Multiple Rows with One INSERT Statement
Inserting NULL Data
Inserting the Values of Variables
Watch Out for SQL Injection Attacks
14.6 Querying Data with the SQL SELECT Statement
Sample Database
The SELECT Statement
Selecting All the Columns in a Table
Specifying Search Criteria with the WHERE Clause
SQL Logical Operators: AND, OR, and NOT
String Comparisons in a SELECT Statement
Using the LIKE Operator
Sorting the Results of a SELECT Query
Aggregate Functions
14.7 Updating and Deleting Existing Rows
Updating Rows
Updating Multiple Columns
Determining the Number of Rows Updated
Deleting Rows with the DELETE Statement
Determining the Number of Rows Deleted
14.8 More About Primary Keys
The RowID Column in SQLite
Integer Primary Keys in SQLite
Primary Keys Other Than Integer
Composite Keys
14.9 Handling Database Exceptions
14.10 CRUD Operations
14.11 Relational Data
Foreign Keys
Entity Relationship Diagrams
Creating Foreign Keys in SQL
Enabling Foreign Key Enforcement in SQLite
Updating Relational Data
Deleting Relational Data
Retrieving Columns from Multiple Tables in a SELECT Statement
Review Questions
Multiple Choice
True or False
Short Answer
Algorithm Workbench
Programming Exercises
1. Population Database
2. Phone Book Database
3. Relational Database Project
Appendix A Installing Python
Downloading Python
Installing Python 3.x For Windows
Appendix B Introduction to IDLE
Starting IDLE and Using the Python Shell
Writing a Python Program in the IDLE Editor
Color Coding
Automatic Indentation
Saving a Program
Running a Program
Other Resources
Appendix C The ASCII Character Set
Appendix D Predefined Named Colors
Appendix E More About the import Statement
Importing a Specific Function or Class
Wildcard Imports
Using an Alias
Appendix F Formatting Numeric Output with the format() Function
Formatting in Scientific Notation
Inserting Comma Separators
Specifying a Minimum Field Width
Formatting a Floating-Point Number as a Percentage
Formatting Integers
Appendix G Installing Modules with the pip Utility
Appendix H Answers to Checkpoints
Index
Symbols
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
Z
Credits