Definitely a bit more involved for me. Also I forgot part 2 for day 2.

day_2.py

@@ -16,10 +16,22 @@ round_result = {
     "C Z":6,
 }
 
+round_result_part2 = {
+    "A X":3, #0 + 3
+    "B X":1, #0 + 1
+    "C X":2, #0 + 2
+    "A Y":4, #3 + 1
+    "B Y":5, #3 + 2
+    "C Y":6, #3 + 3
+    "A Z":8, #6 + 2
+    "B Z":9, #6 + 3
+    "C Z":7, #6 + 1
+}
+
 strategy_score = 0
 moves_list = puzzle_input.split('\n')
 for move in moves_list:
-    strategy_score = strategy_score + round_result[move]
+    strategy_score = strategy_score + round_result_part2[move]
 
 print(strategy_score)
 

day_3.py

@@ -31,6 +31,4 @@ for r, rucksack in enumerate(rucksacks):
             badges_priority = badges_priority + ord(in_badge) - 38
 
 print(f'These elves are carrying a total of {total_priority:,} (prioritized?) things. That\'s a lotta stuff.')
-print(f'They\'re also v important with a total badge priority of {badges_priority:,}.')
+print(f'They\'re also v important with a total badge priority of {badges_priority:,}.')
-
-

day_5.py

@@ -18,7 +18,10 @@ for m,move in enumerate(moves):
     column_to = int(move.split(',')[2])-1
     column_from = int(move.split(',')[1])-1
     moved_number = int(move.split(',')[0])
-    cargo[column_to] = cargo[column_to] + list(reversed(cargo[column_from][-moved_number::]))
+    # Part 1
+    # cargo[column_to] = cargo[column_to] + list(reversed(cargo[column_from][-moved_number::]))
+    # Part 2
+    cargo[column_to] = cargo[column_to] + cargo[column_from][-moved_number::]
     cargo[column_from] = cargo[column_from][:-moved_number]
 
 answer = []