C-String: In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself. An effective C-string needs an occurrence of a terminating null character “\0”. No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string. Example: Consider the below declaration of C string variable: Char student_name[10]; Here the data type “char” is defined first and it is followed by the variable name “student_name”. The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells. Given string definition: //definition of C-string char name[20];

Question

Want to see the full answer?

Answer 1

Question

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

A(n) __________ is the part of a program in which a variable may be accessed.a. declaration spaceb. area of visibilityc. scoped. mode

The declaration statement for a named constant requires . a. a data typeb. a name c. a value d. all of the above

If value is an identifier of int type and is holding value 200, is the following statement correct?char code = value

Answer 2

Question

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 6

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 7

Chapter 3.9, Problem 3.28CP

A)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 8

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 9

B)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 10

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 11

C)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 12

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 13

D)

Program Plan Intro

C-String:

In C++, a declaration of an array of “char” is usually referred as “C-string”; but an array of “char” is not a C-string by itself.

An effective C-string needs an occurrence of a terminating null character “\0”.

No header file has required to make a C string because “char” is a built data type. Therefore, “<cstring>” file contains several functions that work on C string.

Example:

Consider the below declaration of C string variable:

Char student_name[10];

Here the data type “char” is defined first and it is followed by the variable name “student_name”.

The “[10]” is referred as “size declarator”. It indicates how many characters it can hold in memory cells.

Given string definition:

//definition of C-string

char name[20];

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 17

Ch. 3.1 - Prob. 3.1CP Ch. 3.1 - What is the symbol called?Ch. 3.1 - Where does cin read its input from?Ch. 3.1 - Prob. 3.4CP Ch. 3.1 - Assume value is an integer variable. If the user...Ch. 3.1 - A program has the following variable definitions....Ch. 3.1 - The following program will run, but the user will...Ch. 3.1 - Complete the following main function so that it...Ch. 3.2 - In each of the following cases, tell which...Ch. 3.2 - Complete the following table by writing the value...

Solution Summary: The author explains that in C++, a declaration of an array of “char” is usually referred to as “C-string”; but it needs an occurrence of the terminating null character “0”.

Concept explainers

Want to see the full answer?

Chapter 3 Solutions