Exercises: Control Flow and Collections ======================================= Array Practice -------------- #. Fork this replit `Array Practice `_. #. Create and initialize an array with the following values in a single line: :: 1, 1, 2, 3, 5, 8 #. Loop through the array and print out each value. #. Modify the loop to only print the odd numbers from the array. String Practice --------------- #. Fork this replit `String Practice `_. #. For this exercise, create a string for the value: :: I would not, could not, in a box. I would not, could not with a fox. I will not eat them in a house. I will not eat them with a mouse. #. Use the ``Split`` method to divide the string at each space and store the individual words in an array. If you need to review the method syntax, look back at the :ref:`string methods ` table. #. Print the array of words to verify that your code works. The syntax is: .. sourcecode:: c# Console.WriteLine(string.Join(",", arrayName)); #. Repeat steps 2 and 3, but change the delimiter to split the string into separate sentences. List Practice ------------- #. Fork this replit `List Practice `_. #. Write a static method to find the sum of all the even numbers in a List. #. Within ``Main``, create a list with at least 10 integers and call your method on the list. #. Write a static method to print out each word in a list that has exactly 5 letters. #. Modify your code to prompt the user to enter the word length for the search. **Bonus Mission:** Update your solution from the *List Practice* section to use the string from the *String Practice* section. Search "C# convert string to list" online to see how to split a string into the more flexible ``List`` collection. Dictionary Practice ------------------- Fork this replit `Dictionary Practice `_. Make a program similar to ``GradebookDictionary`` that does the following: #. It takes in student names and ID numbers (as integers) instead of names and grades. #. The keys should be the IDs and the values should be the names. #. Modify the roster printing code accordingly.