- 3.R3.1: Find the errors in the following if statements.a.if x > 0 then cout...
- 3.R3.2: What do these code fragments print?a.int n = 1; int m = -1;if (n < ...
- 3.R3.3: Suppose x and y are variables of type double. Write a code fragment...
- 3.R3.4: Suppose x and y are variables of type double. Write a code fragment...
- 3.R3.5: Explain why it is more difficult to compare floating-point numbers ...
- 3.R3.6: Common Error 3.2 on page 85 explains that a C++ compiler will not r...
- 3.R3.7: Each square on a chess board can be described by a letter and numbe...
- 3.R3.8: Give a set of four test cases for the algorithm of Exercise R3.7 th...
- 3.R3.9: In a scheduling program, we want to check whether two appointments ...
- 3.R3.10: Draw a flow chart for the algorithm in Exercise R3.9
- 3.R3.11: Draw a flow chart for the algorithm in Exercise P3.12
- 3.R3.12: Draw a flow chart for the algorithm in Exercise P3.13.
- 3.R3.13: Develop a set of test cases for the algorithm in Exercise R3.9.
- 3.R3.14: Develop a set of test cases for the algorithm in Exercise P3.13.
- 3.R3.15: Write pseudocode for a program that prompts the user for a month an...
- 3.R3.16: Write pseudocode for a program that assigns letter grades for a qui...
- 3.R3.17: Explain how the lexicographic ordering of strings in C++ differs fr...
- 3.R3.18: Of the following pairs of strings, which comes first in lexicograph...
- 3.R3.19: Explain the difference between a sequence of else if clauses and ne...
- 3.R3.20: Give an example of a sequence of else if clauses where the order of...
- 3.R3.21: Rewrite the condition in Section 3.3 to use < operators instead of ...
- 3.R3.22: Give a set of test cases for the tax program in Exercise P3.18. Man...
- 3.R3.23: Make up another C++ code example that shows the dangling else probl...
- 3.R3.24: Complete the following truth table by finding the truth values of t...
- 3.R3.25: True or false? A && B is the same as B && A for any Boolean conditi...
- 3.R3.26: The advanced search feature of many search engines allows you to us...
- 3.R3.27: Suppose the value of b is false and the value of x is 0. What is th...
- 3.R3.28: Simplify the following expressions. Here, b is a variable of type b...
- 3.R3.29: Simplify the following statements. Here, b is a variable of type bo...
- 3.R3.30: What is wrong with the following program?cout << "Enter the number ...
- 3.R3.31: Reading numbers is surprisingly difficult because a C++ input strea...
- 3.P3.1: Write a program that reads a temperature value and the letter C for...
- 3.P3.2: The boiling point of water drops by about one degree centigrade for...
- 3.P3.3: Write a program that reads in three floating-point numbers and prin...
- 3.P3.4: Write a program that reads in three strings and sorts them lexicogr...
- 3.P3.5: Write a program that reads an integer and prints how many digits th...
- 3.P3.6: Write a program that reads three numbers and prints all the same if...
- 3.P3.7: Write a program that reads three numbers and prints increasing if t...
- 3.P3.8: Repeat Exercise P3.7, but before reading the numbers, ask the user ...
- 3.P3.9: Write a program that translates a letter grade into a number grade....
- 3.P3.10: Write a program that translates a number between 0 and 4 into the c...
- 3.P3.11: Write a program that takes user input describing a playing card in ...
- 3.P3.12: When two points in time are compared, each given as hours (in milit...
- 3.P3.13: The following algorithm yields the season (Spring, Summer, Fall, or...
- 3.P3.14: Write a program that reads in two floating-point numbers and tests ...
- 3.P3.15: Write a program to simulate a bank transaction. There are two bank ...
- 3.P3.16: Write a program that reads in the name and salary of an employee. H...
- 3.P3.17: Write a program that prompts for the day and month of the users bir...
- 3.P3.18: Write a program that computes taxes for the following schedule:
- 3.P3.19: The original U.S. income tax of 1913 was quite simple. The tax was ...
- 3.P3.20: The tax.cpp program uses a simplified version of the 2008 U.S. inco...
- 3.P3.21: Unit conversion. Write a unit conversion program that asks the user...
- 3.P3.22: Write a program that prompts the user to provide a single character...
- 3.P3.23: Roman numbers. Write a program that converts a positive integer int...
- 3.P3.24: Write a program that asks the user to enter a month (1 for January,...
- 3.P3.25: A year with 366 days is called a leap year. A year is a leap year i...
- 3.P3.26: Add error handling to Exercise P3.2. If the user does not enter a n...
- 3.P3.27: Write a program that prompts the user for a wavelength value and pr...
- 3.P3.28: Repeat Exercise P3.27, modifying the program so that it prompts for...
- 3.P3.29: Repeat Exercise P3.27, modifying the program so that it first asks ...
- 3.P3.30: A minivan has two sliding doors. Each door can beopened by either a...
- 3.P3.31: Sound level L in units of decibel (dB) is determined byL = 20 log10...
- 3.P3.32: The electric circuit shown below is designed to measure the tempera...
- 3.P3.33: Crop damage due to frost is one of the many risks confronting farme...
- 3.P3.34: A mass m = 2 kilograms is attached to the end of a rope of length r...
- 3.P3.35: A mass m is attached to the end of a rope of length r = 3 meters. T...
- 3.P3.36: The average person can jump off the ground witha velocity of 7 mph ...
Solutions for Chapter 3: Decisions
Full solutions for C++ for Everyone | 2nd Edition
ISBN: 9780470927137
Solutions for Chapter 3
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Chapter 3: Decisions includes 67 full step-by-step solutions. This expansive textbook survival guide covers the following chapters and their solutions. C++ for Everyone was written by and is associated to the ISBN: 9780470927137. Since 67 problems in chapter 3: Decisions have been answered, more than 8949 students have viewed full step-by-step solutions from this chapter. This textbook survival guide was created for the textbook: C++ for Everyone , edition: 2.
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