Integer division: When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored. Example: The example for the integer division is as follows: double value; value = 5 / 3; In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated. Floating-point division: When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type. Example: The example for the floating-point division is as follows: double value; value = 5.0 / 3; In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

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Answer 1

Question

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

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Answer 2

Question

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

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Answer 3

Question

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

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Answer 4

Question

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

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Answer 5

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

Answer 6

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

Answer 7

Chapter 2.15, Problem 2.28CP

Program Plan Intro

Integer division:

When both operands are integer data types, the resultant statement will be in integer division which means the outcome of the division will also be an integer data type. If there is a remainder, it must be ignored.

Example:

The example for the integer division is as follows:

double value;

value = 5 / 3;

In the above example, the outcome of the “5” by “3” is stored in the variable “value”. The value “1” is stored in the variable “value” because both “5” and “3” are integers, so the decimal part of the result must be truncated.

Floating-point division:

When both operands are floating-point or any one of the operand is a floating-point, the resultant statement will be in floating-point division, which means the outcome of the division will be a floating-point data type.

Example:

The example for the floating-point division is as follows:

double value;

value = 5.0 / 3;

In the above example, the result of the “5.0” by “3” is stored in the variable “value”. The value “1.6667” is stored in the variable “value”, because “5.0” is the floating-point data type and “3” is an integer data type, so the result has a floating-point value.

Answer 8

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Answer 10

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Answer 11

Ch. 2.1 - The following C++ program will not compile because...Ch. 2.1 - On paper, write a program that will display your...Ch. 2.3 - Prob. 2.3CP Ch. 2.3 - What output will the following lines of code...Ch. 2.3 - On paper, write a program that will display your...Ch. 2.5 - Which of the following are legal C++ assignment...Ch. 2.5 - List all the variables and literals that appear...Ch. 2.5 - When the above main function runs, what will...Ch. 2.5 - When the following main function runs, what will...Ch. 2.7 - Which of the following are illegal C++ variable...

Solution Summary: The author explains that when both operands are integer data types, the resultant statement will be in integer division. If there is a remainder, it must be ignored.

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