Question 1

Describe two benefits of using structures with functions (either as arguments or a return type)?

Accepted Answer

When you use structures with functions, you get at least two benefits. First, when you group individual fields into a structure, it is easier to pass them all into a function as a unit. Without structures, you would have to pass in each of the individual fields separately. Second, when you return a structure from a function, you can pass back a group of values; because only one value can be returned from a function, there would be no way to return all the field values separately.,

Question 2

Write an example of code that illustrates how to use the scope resolution operator.

Accepted Answer

#include 
using namespace std; 
int age = 30; 
int main() 
{ 
int age = 45; 
cout ,

Question 3

Match between columns
                        Premises: statement that notifies the calling function that the definition (details) of the named function will come later

Accepted Answer

The Answer of overhead and subfunction and ambiguity and black is...

Question 4

____ is also called data hiding.

Accepted Answer

A)  Overloading 
B)  Overriding 
C)  Abstraction 
D)  Encapsulation 
A)  Overloading 
B)  Overriding 
C)  Abstraction 
D)  Encapsulation

Question 5

The statement that executes a function is the function ____.

Accepted Answer

A)  statement 
B)  alias 
C)  call 
D)  expression 
A)  statement 
B)  alias 
C)  call 
D)  expression

Question 6

Match between columns
                        Premises: device that you cannot look into to discover how it works but that works nonetheless

Accepted Answer

The Answer of black box and inline function and encapsulation is...

Question 7

____ a function name involves creating multiple functions with the same name but different parameter lists.

Accepted Answer

A)  Encapsulating 
B)  Prototyping 
C)  Overriding 
D)  Overloading 
A)  Encapsulating 
B)  Prototyping 
C)  Overriding 
D)  Overloading

Question 8

The principle of ____ is a programming principle that says you should give a process only the authority it needs to accomplish its job.

Accepted Answer

A)  least privilege 
B)  abstraction 
C)  encapsulation 
D)  overloading 
A)  least privilege 
B)  abstraction 
C)  encapsulation 
D)  overloading

Question 9

When should you use an inline function?

Accepted Answer

You should use an inline funct

Question 10

A(n) ____ value is a value sent from a subfunction to the function that called it.

Accepted Answer

A)  return 
B)  output 
C)  subroutine 
D)  function 
A)  return 
B)  output 
C)  subroutine 
D)  function

Question 11

When you use a(n) ____ function, a copy of the function statements is placed directly into the compiled calling program.

Accepted Answer

A)  inline 
B)  local 
C)  global 
D)  prototype 
A)  inline 
B)  local 
C)  global 
D)  prototype

Question 12

The ____ of a variable is the time during which it is defined-from declaration to destruction.

Accepted Answer

A)  scope 
B)  duration 
C)  encapsulation 
D)  lifetime 
A)  scope 
B)  duration 
C)  encapsulation 
D)  lifetime

Question 13

____ variables are those that are known to all functions in a program.

Accepted Answer

A)  Global 
B)  Local 
C)  General 
D)  Modular 
A)  Global 
B)  Local 
C)  General 
D)  Modular

Question 14

Match between columns
                        Premises: principle of containing variables locally in their functions

Accepted Answer

The Answer of abstraction and ambiguity and encapsulation and function is...

Question 15

A variable that acts as an alias for another variable is called a ____ variable.

Accepted Answer

A)  least privilege 
B)  copy 
C)  reference 
D)  local 
A)  least privilege 
B)  copy 
C)  reference 
D)  local

Question 16

Any variable listed in a function header is known as a(n) ____ parameter.

Accepted Answer

A)  declaration 
B)  actual 
C)  formal 
D)  prototype 
A)  declaration 
B)  actual 
C)  formal 
D)  prototype

Question 17

The statement return letter; can be alternatively written as ____. Both statements work identically.

Accepted Answer

A)  return(letter); 
B)  return:letter; 
C)  return{letter}; 
D)  return[letter]; 
A)  return(letter); 
B)  return:letter; 
C)  return{letter}; 
D)  return[letter];

Question 18

When you declare a pointer, you insert a(n) ____ in front of the variable name.

Accepted Answer

A)  ampersand 
B)  asterisk 
C)  pipe 
D)  pound sign 
A)  ampersand 
B)  asterisk 
C)  pipe 
D)  pound sign

Question 19

List some advantages and disadvantages of passing an address of a variable to a function.

Accepted Answer

Passing an address of a variable to a fu

Question 20

To "____________________" means to take precedence over.

Accepted Answer

The answer of To "____________________" means to take precedence over....

Describe two benefits of using structures with functions (either as arguments or a return type)?

Write an example of code that illustrates how to use the scope resolution operator.

____ is also called data hiding.

The statement that executes a function is the function ____.

____ a function name involves creating multiple functions with the same name but different parameter lists.

The principle of ____ is a programming principle that says you should give a process only the authority it needs to accomplish its job.

When should you use an inline function?

A(n) ____ value is a value sent from a subfunction to the function that called it.

When you use a(n) ____ function, a copy of the function statements is placed directly into the compiled calling program.

The ____ of a variable is the time during which it is defined-from declaration to destruction.

____ variables are those that are known to all functions in a program.

A variable that acts as an alias for another variable is called a ____ variable.

Any variable listed in a function header is known as a(n) ____ parameter.

The statement return letter; can be alternatively written as ____. Both statements work identically.

When you declare a pointer, you insert a(n) ____ in front of the variable name.

List some advantages and disadvantages of passing an address of a variable to a function.

To "____________________" means to take precedence over.

An Overview of Object-Oriented Programming and C++

Evaluating C Expressions

Making Decisions

Performing Loops

Understanding Arrays, Strings and Pointers

Using Classes

Class Features and Design Issues

Understanding Friends and Overloading Operators

Understanding Inheritance

Using Templates

Handling Exceptions

Advanced Input and Output

Advanced Topics

Filters

Exam 6: Using C++ Functions

Describe two benefits of using structures with functions (either as arguments or a return type)?

Write an example of code that illustrates how to use the scope resolution operator.

____ is also called data hiding.

The statement that executes a function is the function ____.

____ a function name involves creating multiple functions with the same name but different parameter lists.

The principle of ____ is a programming principle that says you should give a process only the authority it needs to accomplish its job.

When should you use an inline function?

A(n) ____ value is a value sent from a subfunction to the function that called it.

When you use a(n) ____ function, a copy of the function statements is placed directly into the compiled calling program.

The ____ of a variable is the time during which it is defined-from declaration to destruction.

____ variables are those that are known to all functions in a program.

A variable that acts as an alias for another variable is called a ____ variable.

Any variable listed in a function header is known as a(n) ____ parameter.

The statement return letter; can be alternatively written as ____. Both statements work identically.

When you declare a pointer, you insert a(n) ____ in front of the variable name.

List some advantages and disadvantages of passing an address of a variable to a function.

To "____________________" means to take precedence over.

An Overview of Object-Oriented Programming and C++

Evaluating C Expressions

Making Decisions

Performing Loops

Understanding Arrays, Strings and Pointers

Using Classes

Class Features and Design Issues

Understanding Friends and Overloading Operators

Understanding Inheritance

Using Templates

Handling Exceptions

Advanced Input and Output

Advanced Topics

Filters