Write an abstract about an orange peel extraction through soxhlet method and the extraction of limonene from it in order to later conversion to carvoxime. Also, soap was made with the oil extracted from the orange peel. Write hypotetical results if you want and a proposal of improvement in the last sentence. Mention the importance of the proyect in the first sentence.

Thanks

You have been assigned to an ICT firm for your attachment studies and as a result, required to learn and aid in some basic IT-related activities.i. As part of your first task, your supervisor requests you to aid with the development of a bank ticketing system that ensures the first time and already admitted customers are served according to a predefined preference as shown below. Write an algorithm that would ensure customers can be awarded tickets and served based on the type of service requested. Ensure you clearly mention all abstract data structures that the algorithm would use.

Your answer

public class Book{

    public String title;
    public String author;
    public int year;
    public String publisher;
    public double cost;
      
    public Book(String title,String author,int year,String publisher,double cost){
       this.title=title;
        this.author=author;
        this.year=year;
        this.publisher=publisher;
        this.cost=cost;
    }

    public String getTitle(){
        return title;
    }
  
     public String getAuthor(){
        return author;
    }
    public int getYear(){
        return year;
    }
    public String getPublisher(){
        return publisher;
    }
    public double getCost(){
        return cost;
    }
    public String toString(){
        return "Book Details: " + title + ", " + author + ", " + year + ", " + publisher + ", " + cost;
    }
}

public interface MyQueue {
   public abstract boolean enQueue(int v);
   public abstract int deQueue();
   public abstract boolean isFull();
   public abstract boolean isEmpty();
   public abstract int size();
   public abstract int peek();
}

public interface MyStack {
   public abstract boolean isEmpty();
   public abstract boolean isFull();
   public abstract boolean push(T v);
   public abstract T pop();
   public abstract T peek();
  
}

public class MyQueueImpl implements MyQueue {
   private int capacity;
   private int front;
   private int rear;
   private int[] arr;
   public MyQueueImpl(int capacity){
       this.capacity = capacity;
       this.front = 0;
       this.rear = -1;
       this.arr = new int[this.capacity];
   }
   @Override
   public boolean enQueue(int v) {      
           if(this.rear == this.capacity - 1) {
               //Perform shift
               int tempSize = this.size();
               for(int i=0; i < tempSize; i++) {
                   arr[i] = arr[front];
                   front++;
               }
               front = 0;
               rear = tempSize - 1;
           }
           this.rear ++;
           arr[rear] = v;
           return true;
   }
   @Override
   public int deQueue() {
       return arr[front++];
      
   }
   public String toString() {
       String content = "Queue :: ";
      
       for(int i=front; i<= rear; i++) {
           content += "\n" + arr[i];
       }
       return content;
   }
   @Override
   public boolean isFull() {
       return (this.size() == this.capacity);
   }
   @Override
   public int size() {
       return rear - front + 1;
   }
   @Override
   public boolean isEmpty() {
       // TODO Auto-generated method stub
       return (this.size() == 0);
   }
   @Override
   public int peek() {
       // TODO Auto-generated method stub
       return this.arr[this.front];
   }
}

import java.lang.reflect.Array;
public class MyStackImpl implements MyStack {
   // TODO write your code here
  
  
   @Override
   public boolean isEmpty() {
       // TODO Auto-generated method stub
       return false;
   }

   @Override
   public boolean isFull() {
       // TODO Auto-generated method stub
       return false;
   }
  
   @Override
   public boolean push(T v) {
       // TODO write your code here
      
       return true;
   }

   @Override
   public T pop() {
       // TODO write your code here
      
       return null;
      
   }
  
   public String toString() {
       // TODO write your code here
      
      
      
       return "";
   }

   @Override
   public T peek() {
       // TODO Auto-generated method stub
       return null;
   }

}

make test classs   

write your code here
        Create a queue object.
        insert 5 Books in the Queue
        Create a stack object.
        Use the stack to reverse order of the elements in the queue.

Mexico’s Move to UHC Read the abstract and introduction (1st section following abstract) to the paper found here: 7. Short answer: What is one challenge leaders in Mexico face when developing and healthcare system? a.

8. According to this article, approximately what percentage of the Mexican population is uninsured? a. 16% b. 41% c. 47% d. 50%

9. Short answer: What is the “unacceptable paradox” referred to in the abstract? a.

10. In what year what this article written? a. 2000 b. 2006 c. 2016 d. 2019

11. Short answer: Why is it important to consider the publication year of sources? a.

12. Short answer: Can “outdated” articles provide valuable information to public health leaders and researchers? a.

4. Draw the trend analysis based on following sales data for four years and analyse the fifth-year projected sales. Mention the possible relationship between the sales and the year on the basis of linear regression. Also mention the R-square value and its interpretation.

5) Draw the trend analysis based on following sales data for four years and analyse the fifth-year projected sales. Mention the possible relationship between the sales and the year on the basis of linear regression. Also mention the R-square value and its interpretation.

Define the classes to complete dynamic array hierarchy with a concrete, abstract and interface class.

public class DArray {

private int array[];

public DArray() {

}

private void expandArray() {

}

private void shrinkArray() {

}

}

---------------------------------------------------------------

public abstract class ArrayBP {

protected int numElements;

protected int numAllocations;

public abstract void storeAt(int item, int index) {

}

public abstract getFrom(int index) {

}

public abstract int len() {

}

public abstract void remove();{

}

public abstract void removeAt(int index) {

}

}

------------------------------------------------------------------

public interface DABehavior {

public void append(int item) {

}

public int getFirstItem();

public int getLastItem();

}

Which of the following situations described is a good situation to use an abstract class, and where it would be better to use than either a concrete class or an interface?