Accessor: The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state. For example, //calling the accessor method double height = rectangle.getHeight(); In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”. Here, the method “getHeight()” is a accessor. Mutator: The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called. For example, //calling the mutator method rectangle.setHeight(1000); In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Question

Want to see the full answer?

Answer 1

Question

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

using r language

using r langauge

Answer 2

Question

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Answer 6

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Answer 7

Chapter 8.2, Problem 7SC

Program Plan Intro

Accessor:

The accessor is a method that does not changes the state of an object. The accessor method tells the object to compute something without changing its state.

For example,
//calling the accessor method

double height = rectangle.getHeight();

In the above example, the object “rectangle” tells the method “getHeight()” to find the height. So, it does not change the state of the value. Because the method only finds the value and it save to the variable “height”.

Here, the method “getHeight()” is a accessor.

Mutator:

The mutator is a method that change the object’s state. That is mutator modifies the object by which it is called.

For example,

//calling the mutator method

rectangle.setHeight(1000);

In the above example, the method “setHeight()” is a mutator because it initializes some values to the members of the object “rectangle”and thus changes the state of the object.

Answer 8

Expert Solution & Answer

Answer 9

Expert Solution & Answer

Answer 10

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 11

Ch. 8.1 - What is a simple rule of thumb for finding...Ch. 8.1 - Your job is to write a program that plays chess....Ch. 8.2 - Prob. 3SC Ch. 8.2 - Why does the Coin class not depend on the...Ch. 8.2 - Why is it a good idea to minimize dependencies...Ch. 8.2 - Prob. 6SC Ch. 8.2 - Is the Rectangle class immutable? Ch. 8.2 - Prob. 8SC Ch. 8.2 - Consider the Student class of Chapter 7. Suppose...Ch. 8.3 - Prob. 10SC

Videos

Want to see the full answer?

Chapter 8 Solutions