3: Correct code for the problem. 2: Partially correct code that includes a correct selection structure OR password creation. 1: Some understanding of the scenario and Python.

uName = input('What is your username?') password = input('What is your password?') passwordP1 = uName[:3] passwordP1= passwordP1 + '123' if passwordP1 == password: print ('Welcome!') else: print ('Incorrect password entered')

5: Correct Python program that creates a list of unique randomly generated numbers; processes the list correctly; uses selection and looping structures; provides correctly formatted output; uses inbuilt Python functions. 4: Substantially correct, most requirements. 3: Some requirements. 2: One requirement. 1: Some understanding of the problem.

import random

randList = [] for x in range(15): nextInt = random.randint(1,25) while nextInt in randList: nextInt = random.randint(1,25) randList.append(nextInt)

pos = 0 while pos < 25: if pos in randList: print ("| X", end=" ") else: print ("| ", end=" ") pos = pos + 1 if (pos % 5 == 0): print("| \n")

3: Correct function in Python to check whether a username satisfies the rules. 2: Partially correct function. 1: Some understanding of the problem and Python.

def validate_username(username): valid = True

 # length check
 if len(username) < 8:
      valid = False
 elif (not username[0].isupper()):
      valid = False
 elif (not username[-2].islower()):
      valid = False
 elif (not username[-1].isdigit()):
      valid = False

 return valid

5: Substantially correct Python program that places each subject in the correct period; displays all 5 days; provides appropriate subroutines; programmatically builds the timetable. 4: Most requirements. 3: Some requirements. 2: One requirement. 1: Some understanding.

subjects = ["English", "Software", "Drama", "Science", "Art"] NUM_DAYS = 5 NUM_PERIODS = 5 DAYS_OF_WEEK = ["Monday", "Tuesday", "Wednesday", "Thursday", "Friday"]

def create_timetable(subjects): timetable = [] for day in range(NUM_DAYS): periods = [] for period in range(NUM_PERIODS): periods.append(subjects[(period - day) % NUM_PERIODS]) timetable.append(periods) return timetable

def print_timetable(timetable): print() for day in range(NUM_DAYS): print(f"{DAYS_OF_WEEK[day]}") for period in range(NUM_PERIODS): print(f"\tPeriod {period+1}: {timetable[day][period]}") print()

timetable = create_timetable(subjects) print_timetable(timetable)

3: Correct function in Python that checks whether a username satisfies the rules. 2: Partially correct function. 1: Some understanding of the problem and Python.

def validateUsername(username):

  # Length check
  if len(username) > 8:
      return False

  # Alpha character only check
  elif username.isalpha() == False:
      return False

  # < character check
  elif "<" in username:
      return False

  # If we reach here then the username meets the requirements
  return True

6: Substantially correct solution with ALL of: looping correctly; referring to the contents of the data structure correctly; displaying the player's scores and corresponding points as shown; calculating the total points; taking bonus points into account; handling the final round correctly. 5: Most features. 3-4: Some features. 2: One feature. 1: Some understanding.

Input code

scores = [3,5,5,2,1,4,0,1,4,5]

Display the scores and points

Header row

print("Round\tScore\tPoints") totalPoints = 0

Calculate the points and print

for i in range(len(scores)): roundNumber = i + 1 score = scores[i] points = score

# Check if any bonuses apply and NOT the final round
if points == 5 and i != 9:
    # Add the points from the next round as bonus points
    points += scores[i + 1]

# Check if the final round bonus applies
if points == 5 and i == 9:
    # Give the bonus points of 10
    points = 10

# Add to the total points tally
totalPoints += points

# Print the results
print(str(roundNumber) + "\t" + str(score) + "\t" + str(points))

print("\nTOTAL POINTS: " + str(totalPoints))