Data types: The variables use data-type during their declaration. The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory. All data-type needs different size of memory. Some of the data-types are: Integer Boolean Character Double Floating point From the table 2-6: Variable to hold numbers in the range from 32 to 6,000 From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

Question

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Answer 1

Question

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

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Answer 2

Question

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Answer 6

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

Answer 7

Chapter 2.6, Problem 2.9CP

A)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 32 to 6,000

From the table 2-6, “short” or “unsigned short” data-type hold numbers in the range from 32 to 6,000.

Answer 8

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

Answer 9

B)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Variable to hold numbers in the range from 240,000 to 140,000

From the table 2-6, “int” data-type hold numbers in the range from 240,000 to 140,000.

Answer 10

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Answer 11

C)

Program Plan Intro

Data types:

The variables use data-type during their declaration.

The data-type is used to determine the size of memory allocated. Here, the compiler allots the memory.

All data-type needs different size of memory.

Some of the data-types are:

Integer

Boolean

Character

Double

Floating point

From the table 2-6:

Literal which uses more memory

From the given literal “20” and “20L”; both the literals uses same amount of memory because both the “int” and “long int” data-types size are 4 bytes.

Answer 12

Expert Solution & Answer

Answer 13

Expert Solution & Answer

Answer 14

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Answer 15

Ch. 2.1 - The following C++ program will not compile because...Ch. 2.3 - The following C++ program will not compile because...Ch. 2.3 - Study the following program and show what it will...Ch. 2.3 - Write a program that will display your name on the...Ch. 2.4 - Prob. 2.5CP Ch. 2.4 - What will the following program display on the...Ch. 2.6 - Which of the following are illegal variable names,...Ch. 2.6 - Prob. 2.8CP Ch. 2.6 - Prob. 2.9CP Ch. 2.6 - Prob. 2.10CP

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Chapter 2 Solutions