Object-Oriented Program Design
Help Questions
AP Computer Science A › Object-Oriented Program Design
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.
Design a shell for a class named Dog that has 3 attributes:
- Does the dog have a tail?
- Is the dog purebred?
- A list of strings of definitive features for the dog
class Dog {
boolean tail;
boolean purebred;
List features;
}
class Dog {
boolean tail;
boolean purebred;
}
class Dog {
boolean purebred;
List features;
}
class Dog {
}
Explanation
In the prompt, any yes or no questions should be addressed as booleans (i.e. tail, purebred). Any lists should have the type and name of the list. This was just a shell, so there should be no declarations of variables.