1. Write a Java program to create a new array list, add some colors (string) and print out the collection. The list should contain color "green". 2. Change the previous program to insert an element into the array list at the first position. 3. Change the application to print out the index of color "green". 4. Change the previous application to replace "green" value with "yellow". 5. Change the previous application to remove the third element from the list. 6. Change the application to sort the list of colors. 7. Change the application to shuffle the list of colors. 8. Change the application such that it swaps colors "Orange" and "Red". 9. Change the application to copy the current list into a new list. 10. Change the application to trim the capacity of the initial array list to the current list size. 11. Change the application to empty the second list. 12. Change the application to test (print out a message) if the second list is empty. 13. Change the application to increase the capacity of the first list to 25 colors.

For example, suppose the word “robot” is found in lines 7, 18, 94, and 138. The dictionary would contain an element in which the key was the string “robot”, and the value was a list containing the numbers 7, 18, 94, and 138. Once the dictionary is built, you should prompt the user for a word. If the word is found in the dictionary, then print out all the lines on which they are found in ascending order. The code for the print out is provided in the stub code. A stub code is provided for you. If you do not see it, click the "Load default template" button. # The get_word_dict function returns a dictionary containing# the words from line_list as keys, and their line numbers# as values.def get_word_dict(line_list):# Create a line counter.count = 0  # Create a dictionary to hold the words.word_dict = {} # Step through the list of lines.#######Add you code below#############        ####################################### Return the dictionary.return word_dict #####DO NOT CHANGE ANYTHING…