Step by Step solution about How to resolve the algorithm Singly-linked list/Traversal step by step in the Java programming language

The Java code snippet you provided uses the LinkedList class from the Java Collections Framework to store elements of type Type. Let's break down what the code does:

LinkedList list = new LinkedList();

This line creates a new linked list and stores the reference to it in the variable list. The linked list is designed to store objects of type Type, so you can replace Type with the actual type of objects you want to store in the list.

for(Type i: list){

//each element will be in variable "i" System.out.println(i); }

This is an enhanced for loop that iterates over the elements in the list. The variable i will be assigned to each element in the list in turn.

Inside the loop, the code prints out the value of i using System.out.println(i). This line effectively prints each element in the list, one by one.

This code assumes that you have already added elements to the list before executing the loop. If the list is empty, no elements will be printed. You can add elements to the list using the add() method, like this:

list.add(new Type());

Replace Type with the actual type of objects you want to add to the list.

In summary, this code iterates over the elements in a linked list and prints out each element. It's a common pattern used to iterate over collections in Java.

LinkedList<Type> list = new LinkedList<Type>();

for(Type i: list){
  //each element will be in variable "i"
  System.out.println(i);
}