So in your main program, please accomplish the following: Run a one year simulation (eg play_trials (365)) through each random seed between 0 and 999. Check which seed gives the highest profit. (you may use any pattern you prefer here) Print out that seed along with the profit. For example, my program has seed 795 giving the highest profit of $149,685. Again, yours will likely be different. To help you get started, here's a rough preview of what my python solution looks like. Ther solution looks very similar (the function definition syntax is different, but the organization is the same). import random # r people don't need to use any libraries def calculate_winnings (matches): def play_game () : def play_trials (trials): ...main program stuff... print (best_profit, best_seed) def play_trials(): x1 =

[] for i in range(5): y = random.randint(1,46) while(y in x1): y = random.randint(1,46) x1.append(y) 3 x2 [] for i in range(5): y = random.randint(1,46) ) while(y in x2): y = random.randint(1,46) x2.append(y) cnt = 0 for ele in x2: if ele in xl: cnt+=1 prize [0,1,15,200,150000] return prize(cnt] = def play_game ( ) : all_lottery [x for x in range(1, 46)] lottery random.sample(all_lottery, 5) lottery.sort() print('5

lottery numbers selected between 1 and 45'). guesses = [] print('User, please enter your 5 numbers.') for x in range(5): g = int(input(f'Enter guess {x+1}: ')) guesses.append(g) guesses.sort() def calculate_

winnings (lottery, guesses): matches = 0 for i in range (5): matches += 1 if lottery[i] guesses[i] else 0 print('Total matches:', matches) if matches == 0 or matches 1: return '$0' elif matches == 2: return '$1' elif matches 3: return '$15 elif matches 4: return '$200' else: return '$ 150,000 SO