following class. Complete the statement inside every mutator and accessor based on the following criteria: setAcceleration ()– to increase the value of kmh by ten everytime it is invoked. setDeceleration () – to decrease the value of kmh by five everytime it is invoked. setBrake ()– to set the kmh to zero everytime it is invoked. getkmh ( ) – to return the value of kmh everytime it is invoked. public class YourNameCar private double kmh; public YourNameCar () kmh - 0; } public void setAcceleration () //complete your code here public void setDeceleration () //complete your code here } public void setBrake () //complete your code here public double getKmh () //complete your code here
following class. Complete the statement inside every mutator and accessor based on the following criteria: setAcceleration ()– to increase the value of kmh by ten everytime it is invoked. setDeceleration () – to decrease the value of kmh by five everytime it is invoked. setBrake ()– to set the kmh to zero everytime it is invoked. getkmh ( ) – to return the value of kmh everytime it is invoked. public class YourNameCar private double kmh; public YourNameCar () kmh - 0; } public void setAcceleration () //complete your code here public void setDeceleration () //complete your code here } public void setBrake () //complete your code here public double getKmh () //complete your code here
Chapter4: More Object Concepts
Section: Chapter Questions
Problem 1GZ
Related questions
Concept explainers
OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
Question
![Write the following class. Complete the statement inside every mutator and accessor based on
the following criteria:
• setAcceleration ()- to increase the value of kmh by ten everytime it is invoked.
• setDeceleration ()– to decrease the value of kmh by five everytime it is invoked.
setBrake ()- to set the kmh to zero everytime it is invoked.
getKmh ()– to return the value of kmh everytime it is invoked.
public class YourNameCar
{
private double kmh;
public YourNameCar ()
kmh = 0;
public void setAcceleration ()
//complete your code here
public void setDeceleration ()
//complete your code here
public void setBrake ()
{
//complete your code here
public double getKmh ()
7/complete your code here](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcb300229-c43e-4a30-8491-f670d1fd48cb%2Fa7f2b418-176f-4074-908b-871aa4594ddc%2Fgbj8zs_processed.png&w=3840&q=75)
Transcribed Image Text:Write the following class. Complete the statement inside every mutator and accessor based on
the following criteria:
• setAcceleration ()- to increase the value of kmh by ten everytime it is invoked.
• setDeceleration ()– to decrease the value of kmh by five everytime it is invoked.
setBrake ()- to set the kmh to zero everytime it is invoked.
getKmh ()– to return the value of kmh everytime it is invoked.
public class YourNameCar
{
private double kmh;
public YourNameCar ()
kmh = 0;
public void setAcceleration ()
//complete your code here
public void setDeceleration ()
//complete your code here
public void setBrake ()
{
//complete your code here
public double getKmh ()
7/complete your code here
![Then, under the same folder, create a class named rourNameHonda Containing the main
function and the following operations:
• Create an instance of YourNameCar.
• Invoke setAcceleration () 10 times.
• Invoke getKmh ().
• Invoke setDeceleration () 2 times.
• Invoke getKmh ().
• Invoke setAcceleration () 3 times.
• Invoke get Kmh ().
• Invoke setBrake ().
• Invoke getKmh ().](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcb300229-c43e-4a30-8491-f670d1fd48cb%2Fa7f2b418-176f-4074-908b-871aa4594ddc%2F8ehx2e3_processed.png&w=3840&q=75)
Transcribed Image Text:Then, under the same folder, create a class named rourNameHonda Containing the main
function and the following operations:
• Create an instance of YourNameCar.
• Invoke setAcceleration () 10 times.
• Invoke getKmh ().
• Invoke setDeceleration () 2 times.
• Invoke getKmh ().
• Invoke setAcceleration () 3 times.
• Invoke get Kmh ().
• Invoke setBrake ().
• Invoke getKmh ().
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