Given the following class hierarchy, identify whether the method eat is overloaded, overridden, or neither by the subclass:  public class Animal {   public void eat(String food) { /* implemented */ } } public class Dog extends Animal{   public void eat(String food, int quantity) { /* implemented */ } } 

   Anatomy a1 = new Histology(); Anatomy a2 = new Cytology(); Histology histo = new Histology(); Cytology cyto = new Cytology();  For the class hierarchy and declarations above, correctly indicate whether each of the following statements will compile and what will happen at runtime (runs correctly or runtime exception). It may be helpful to use scratch paper to keep track of each variable’s static and dynamic type. 1  Anatomy anatomy = (Anatomy) cyto;  2   Cytology c1 = (Cytology) histo;  3  Cytology c2 = (Cytology) a1; 4  Cytology c3 = (Cytology) a2;   1   : [1]  2   : [2]  3   : [3]  4   : [4]

Given the following class hierarchy, identify whether the method price is overloaded, overridden, or neither by the subclass:  public class Drink {   public void price(String type, int total) { /* implemented */ } } public class Coffee extends Drink {   public void price(int total) { /* implemented */ } } 

                . ‘  .           ‘ .( ‘.) ‘     _   (‘-.)’ (`’.) ‘     | (- -(. HIERARCHIES -) ‘  .–`+’-.  .  (‘ -,).(‘) .  |`—-‘|   (‘ .) – (‘. )  | /..\ |    . (‘ `.  )   |\./\.\|      ` .  `   |./G \/|  |.\ T/.|  `-._/.-‘

Given the following class hierarchy, identify whether the method price is overloaded, overridden, or neither by the subclass:  public class Drink {   public void price(String type, int total) { /* implemented */ } } public class Coffee extends Drink {   public void price(int total) { /* implemented */ } } 

Given 3 classes (YellowJacket, FlyingWasp, and StingingWasp), YellowJacket can inherit from both FlyingWasp and StingingWasp with the following syntax: public class YellowJacket extends FlyingWasp, StingingWasp { /* valid class definition */}

Given 3 classes (Book, Library, and BookStore), Book can inherit from both Library and BookStore with the following syntax: public class Book extends Library, BookStore { /* valid class definition */}

Complete the Javadoc comments for the following method:     1     Computes the number of hours it will take to prepare   all the orders.     2   orders The list of all orders     3   Method returns number of hours it will take to prep */ public double restaurant(String[] orders) {     double total = 0;     for (String s : orders) {          total += calculateTime(s); //calls private method     }     return total; }    1   : [1]   2   : [2]   3   : [3]

Given the following class hierarchy, identify whether the method drink is overloaded, overridden, or neither by the subclass: public class Beverage {    public void drink(String s) { /* implemented */ }}public class Coffee extends Beverage {    public void drink(String caffeine) { /* implemented */ }}

public abstract class Parent { public abstract void foo();} Consider the class shown above. Which of the following class definitions will NOT compile?