Programming Challenge: Comment in the async or sync version of each function so the output spells "EVIL" then try again to get it to spell "VILE"

Program.cs

using System;
using System.Threading;
using System.Threading.Tasks;

namespace AsyncChallenge
{
    internal class Program
    {
        // Comment in the async or sync version to try to get the program to print out:
        // EVIL
        // VILE


        public static Task DoSomethingAsync()
        {
            var task = new Task(() => Thread.Sleep(100));
            task.Start();
            Thread.Sleep(20); // Giving the thread time to start
            return task;
        }

//        private static Task Four()
//        {
//            var task = DoSomethingAsync();
//            Console.Write("I");
//            return task;
//        }
//        ========== or ==========
//        private static async Task Four()
//        {
//            await DoSomethingAsync();
//            Console.Write("I");
//        }


//        private static Task Three()
//        {
//            var task = Four();
//            Console.Write("L");
//            return task;
//        }
//        ========== or ==========
//        private static async Task Three()
//        {
//            await Four();
//            Console.Write("L");
//        }


//        private static Task Two()
//        {
//            var task = Three();
//            Console.Write("E");
//            return task;
//        }
//        ========== or ==========
//        private static async Task Two()
//        {
//            await Three();
//            Console.Write("E");
//        }


//        private static Task One()
//        {
//            var task = Two();
//            Console.Write("V");
//            return task;
//        }
//        ========== or ==========
//        private static async Task One()
//        {
//            await Two();
//            Console.Write("V");
//        }


        private static void Main()
        {
            ThreadPool.SetMinThreads(1, 0);
            ThreadPool.SetMaxThreads(1, 0);

            One().Wait();
            Console.ReadLine();
        }
    }
}