1. Specify the index and the element. 2. Shift existing elements to the right. 3. Insert the new element at the specified index.

1. Specify the index. 2. Remove the element at that index. 3. Shift subsequent elements to the left.

1. Create a new array with the same size as the ArrayList. 2. Iterate through the ArrayList. 3. Copy each element from the ArrayList to the array.

1. Start at the beginning of the list. 2. Compare each element to the target. 3. If a match is found, return the index. 4. If the end is reached without a match, return -1.

1. Find the minimum element in the unsorted portion. 2. Swap it with the first element of the unsorted portion. 3. Repeat for the remaining unsorted portion.

1. Assume the first element is sorted. 2. Pick the next element. 3. Insert it into the correct position in the sorted portion.

1. Use encryption. 2. Collect only necessary data. 3. Implement security measures. 4. Be transparent with users.

1. Import the ArrayList class. 2. Declare an ArrayList object. 3. Specify the data type using generics.

1. Initialize a counter variable. 2. Loop through the ArrayList using the size() method. 3. Access each element using the get() method.

1. Declare a variable of the ArrayList's data type. 2. Use the for-each loop to iterate through each element. 3. Access each element directly.

A dynamic data structure that stores an ordered collection of items.

Elements can be changed after the ArrayList is created.

A class that encapsulates a primitive data type, turning it into an object.

A method for finding a target element in a list by checking each element sequentially.

A sorting algorithm that repeatedly finds the minimum element and moves it to the sorted portion of the list.

A sorting algorithm that inserts each element into its correct position in the already sorted portion of the list.

The process of converting plain text into a code to protect data from unauthorized access.

Accessing and processing each element in the ArrayList, usually within a loop.

A set of interfaces and classes that provide implementations for common data structures.

Any information that relates to an identifiable individual.

Storing a list of customers in a database or managing a playlist of songs.

Finding a specific product in a small inventory list.

Sorting a small list of student names alphabetically.

Sorting a hand of cards as you receive them in a card game.

Securing online transactions and protecting sensitive information from hackers.

A research study that obtains informed consent from participants before collecting their data.

Storing lists of friends, posts, or comments.

Managing shopping carts and product lists.

Tracking patient health records and monitoring disease outbreaks.

Tracking student performance and personalizing learning experiences.