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What are your thoughts about "building our multicultural curriculum effort around the cultivation of Equity literacy in both ourselves and our students?

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1-Create a document that shares different learning styles of students and how you can adapt them to your daily tutoring.1

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Data Structures in Java

In the following Singly Linked List implementation, add the following methods, and write test cases in another java file to make sure these methods work.

- Write a private method addAfter(int k, Item item) that takes two arguments, an int argument k and a data item, and inserts the item into the list after the K-th list item.

- Write a method removeAfter(Node node) that takes a linked-list Node as an argument and removes the node following the given node.

- Write a method deleteKth that takes an int argument k and deletes the kth element in a linked list, if it exists.

Notice: Please do not modify the other methods in SLList class, just add the methods above.

public class SLList {
   private Node first;
   private Node last;
   private int n; // size of the list

   // helper node class
   private class Node {
      Item item;
      Node next;
   }

   // constructor: initializes an empty list
   public SLList() {
      first = last = null;
      n = 0;
   }

   public boolean isEmpty() {
      return first == null;
   }

   // return the size of the list
   public int size() {
      return n;
   }

   // insert an item at the front of the list
   public void addFirst(Item item) {
      if (isEmpty()) { // first & last refer to the same node
         first = last = new Node();
         first.item = last.item = item;
      } else {  //first refers to the new node
         Node oldFirst = first;
         first = new Node();
         first.item = item;
         first.next = oldFirst;
      }
      n++; // increment size after insertion
   }

   // insert item at the end of the list
   public void addLast(Item item) {
      if (isEmpty()) { // first & last refer to the same node
         first = last = new Node();
         first.item = last.item = item;
      } else { // last.next refers to the new node
         last = last.next = new Node();
         last.item = item;
      }
      n++; // increment size after insertion
   }

   // remove & return the first item in the list
   public Item removeFirst() {
      if (isEmpty()) {
         throw new RuntimeException("Empty List");
      }
      Item removedItem = first.item;  // retrieve the data item being removed
      if (first == last) {             // if there's only one node in the list
         // update both first & last references
         first = last = null;
      }
      else   { // otherwise, update first only
         first = first.next;
      }
      n--; // decrement size after removal
      return removedItem;
   }


   // remove & return the last item in the list
   public Item removeLast() {
      if (isEmpty()) throw new RuntimeException("empty list");
      Item removedItem = last.item;   // retrieve the data item being removed
      if (first == last) { // if there's only one node in the list,
         // update both first & last references
         first = last = null;
      }
      else {  // iterate through the list to locate the last node
         Node current = first;
         while (current.next != last) {
            current = current.next;
         }
         last = current;
         current.next = null;
         // ...  current is the new last node
         //

      } // end else
      n--; // decrement size after removal
      return removedItem;
   }

   // A String representation of this list, so that clients can print it
   // (There's no need to change it, but you can, if you'd like.)
   @Override
   public String toString() {
      StringBuilder s = new StringBuilder();
      Node current = first;
      while (current != null) {
         s.append(current.item + " -> ");
         // s.append(current.item + " ");
         current = current.next;
      }
      s.append("null");
      //s.append("\n");
      return s.toString();
   }
   private Node getNode(int index) {
      Node current = first;
      for (int i = 0; i < index; i++) {
         current = current.next;
      }
      return current;
   }

   public Item get(int index) {
      if (index < 0 || index >= n) {
         throw new IndexOutOfBoundsException("out of bounds");
      }
   return getNode(index).item;
   }

   public Item set(int index, Item item) {
      if (index < 0 || index >= n) {
         throw new IndexOutOfBoundsException("out of bounds");
      }
      Node target = getNode(index);
      Item oldItem = target.item;
      target.item = item;
      return oldItem;
   }

}

list construction criteria for water distribution system. design, construction and operation. from an agency.
please list refrence

hydrology. water resources