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# Create and initialize a variable named ‘begin_time’ with the current time. from datetime import datetime, time, date from random import randrange start_time = datetime.today() #Create an array named ‘ran_nums’ that will hold 800,000 numbers. ran_nums = [] #Using a loop, generate a random number between 2537 and 7325 (inclusive) and add the random number to ran_nums – iterate 800,000 times. from random import randint random = (randint(2537,7325)) print(random) for n in range(800000): random = (randint(2537,7325)) ran_nums.append(random) #Create an arrayList named ‘odd_nums’. odd_nums = [] #Using a different loop than the one above, traverse ran_nums to check for odd numbers. If a number is odd, append the odd number to odd_nums. for v in ran_nums: if v % 2 > 0: odd_nums.append(v) break else: print("ran_nums is not a odd num") break #Create a variable named ‘odd_num_count’ and initialize with the number of elements in odd_nums. odd_num_count = len(odd_nums) #Create and initialize a variable named ‘stop_time’ with the current time. stop_time = datetime.today() #Create a variable named ‘total_time” and initialize with the difference between stop_time and begin_time. total_time = stop_time - begin_time #Run the program and print the following values: #begin_time print(begin_time) #odd_num_count print(odd_num_count) #stop_time print(stop_time) #total_time (include milliseconds)micosecond print(total_time)