A) Enumeration: Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants. An enumeration can be defined by using the keyword “enum”. By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration. In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”. The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”. Syntax: Syntax to declare an enumerated data type is as follows, enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n}; In the above syntax, “enum” is the keyword used to declare an enumerator. “type_name” refers the name of the type of the enumerator. “identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator. Given statement: enum Department {Purchasing, Manufacturing, Warehouse, Sales}; Department floor1, floor2; int dNum = 2; Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration. The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales). “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier. Once enumerators are defined, their value cannot be changed in program.

Question

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Answer 1

Question

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

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Answer 2

Question

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

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Answer 5

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 6

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 7

Chapter 7, Problem 46RQE

Program Plan Intro

A)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 8

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 9

Program Plan Intro

B)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 10

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 11

Program Plan Intro

C)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 12

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 13

Program Plan Intro

D)

Enumeration:

Enumeration is a user-defined data type which consists of enumerators; the enumerators are used to represent integer constants.

An enumeration can be defined by using the keyword “enum”.

By default, the values of enumeration type are filled with “0” to “n” sequentially and those default values can be changed when declaring the enumeration.

In a sequence of enumerators, if the first enumerator is assigned with a “user-defined value” and the next enumerator is not assigned with any value, then by default the next enumerator will be filled by the value “user-defined value of previous enumerator plus 1”.

The type name of an enumeration is optional; if name of the enumeration type is not given then it is referred as “anonymous”.

Syntax:

Syntax to declare an enumerated data type is as follows,

enum type_name {identifier_1, identifier_2, identifier_3, … identifier_n};

In the above syntax,

“enum” is the keyword used to declare an enumerator.

“type_name” refers the name of the type of the enumerator.

“identier_1” to “identifier_n” are refers the list of the identifiers declared in the enumerator.

Given statement:

enum Department {Purchasing, Manufacturing, Warehouse, Sales};

Department floor1, floor2;

int dNum = 2;

Here, an “enum” is a keyword and “Department” is the variable name of an enumeration. “Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are the values used in the enumeration.

The variable name “floor1” and “floor2” of type “Department” is defined. These two variables can only store any one of the four values (Purchasing, Manufacturing, Warehouse, Sales).

“Purchasing”, “Manufacturing”, “Warehouse” and “Sales” are treated as integers by complier.

Once enumerators are defined, their value cannot be changed in program.

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

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Answer 17

Ch. 7.5 - Which of the following shows the correct use of...Ch. 7.5 - An objects private member variables can be...Ch. 7.5 - Assuming that soap is an instance of the Inventory...Ch. 7.5 - Complete the following code skeleton to declare a...Ch. 7.7 - Briefly describe the purpose of a constructor.Ch. 7.7 - Constructor functions have the same name as the A)...Ch. 7.7 - A constructor that requires no arguments is called...Ch. 7.7 - Assume the following is a constructor: ClassAct: :...Ch. 7.7 - Prob. 7.9CP Ch. 7.7 - True or false: A class may have a constructor with...

Solution Summary: The author explains that enumeration is a user-defined data type whose identifiers are used to represent integer constants.

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