#Bronze 1

Hint One - Random Order no Indetention

#procedures.py

proOne()

Hint Two - Random Order including Indetention

#procedures.py

proOne()

Answer

1	#procedures.py
2	proOne()

All Questions

Hint 1

Hint 2

See Answer

#Bronze 2

Hint One - Random Order no Indetention

proOne()

Answer

1	proOne()
2	proOne()

All Questions

Hint 1

See Answer

#Bronze 3

Hint One - Random Order no Indetention

proOne()

proTwo()

Answer

1	proOne()
2	proTwo()
3	proOne()

All Questions

Hint 1

See Answer

#Bronze 4

Hint One - Random Order no Indetention

printDashes()

#main.py

def printDashes():

proOne()

printDashes()

print("------------------------------")

#procedures.py

Hint Two - Random Order including Indetention

printDashes()

#main.py

def printDashes():

proOne()

printDashes()

print("------------------------------")

#procedures.py

Answer

1	#procedures.py
2	def printDashes():
3	print("------------------------------")
4	#main.py
5	printDashes()
6	proOne()
7	printDashes()
8

All Questions

Hint 1

Hint 2

See Answer

#Bronze 5

Hint One - Random Order no Indetention

print("Seals can sleep underwater!")

printTitle("Seals")

Answer

1	printTitle("Seals")
2	print("Seals can sleep underwater!")

All Questions

Hint 1

See Answer

#Bronze 6

Hint One - Random Order no Indetention

print()

print("Sea lions can clap loudly")

print("Humpback whales are famous for their songs")

printTitle("Sea Lions")

printTitle("Whales")

Answer

1	printTitle("Sea Lions")
2	print("Sea lions can clap loudly")
3	print()
4	printTitle("Whales")
5	print("Humpback whales are famous for their songs")

All Questions

Hint 1

See Answer

#Bronze 7

Hint One - Random Order no Indetention

printTitle("Whales","Humpback whales are famous for their songs")

printTitle("Sea Lions","Sea lions can clap loudly")

Answer

1	printTitle("Sea Lions","Sea lions can clap loudly")
2	printTitle("Whales","Humpback whales are famous for their songs")

All Questions

Hint 1

See Answer

#Bronze 8

Hint One - Random Order no Indetention

divideFive(5)

divideFive(10)

divideFive(25)

Answer

1	divideFive(25)
2	divideFive(10)
3	divideFive(5)

All Questions

Hint 1

See Answer

#Bronze 9

Hint One - Random Order no Indetention

print(a)

maths(5)

#procedures.py

#main.py

def maths(a):

a = a + 5

Hint Two - Random Order including Indetention

print(a)

maths(5)

#procedures.py

#main.py

def maths(a):

a = a + 5

Answer

1	#procedures.py
2	def maths(a):
3	a = a + 5
4	print(a)
5
6	#main.py
7	maths(5)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 10

Hint One - Random Order no Indetention

doMaths(3,4)

Answer

1	doMaths(3,4)

All Questions

Hint 1

See Answer

#Bronze 11

Hint One - Random Order no Indetention

doMaths(6,2)

Answer

1	doMaths(6,2)

All Questions

Hint 1

See Answer

#Bronze 12

Hint One - Random Order no Indetention

#main.py

c = a + b

print(c)

add(7,5)

add(1,11)

add(6,6)

#procedures.py

def add(a,b):

add(2,10)

Hint Two - Random Order including Indetention

#main.py

c = a + b

print(c)

add(7,5)

add(1,11)

add(6,6)

#procedures.py

def add(a,b):

add(2,10)

Answer

1	#procedures.py
2	def add(a,b):
3	c = a + b
4	print(c)
5
6	#main.py
7	add(2,10)
8	add(6,6)
9	add(1,11)
10	add(7,5)

All Questions

Hint 1

Hint 2

See Answer

#Silver 1

Hint One - Random Order no Indetention

def loop():

for x in range(5):

loop()

print("loop")

#procedures.py

#main.py

Hint Two - Random Order including Indetention

def loop():

for x in range(5):

loop()

print("loop")

#procedures.py

#main.py

Answer

1	#procedures.py
2	def loop():
3	for x in range(5):
4	print("loop")
5	#main.py
6	loop()

All Questions

Hint 1

Hint 2

See Answer

#Silver 2

Hint One - Random Order no Indetention

def loop(a):

loop(5)

print("loop")

#procedures.py

loop(2)

for x in range(a):

print()

#main.py

Hint Two - Random Order including Indetention

def loop(a):

loop(5)

print("loop")

#procedures.py

loop(2)

for x in range(a):

print()

#main.py

Answer

1	#procedures.py
2	def loop(a):
3	for x in range(a):
4	print("loop")
5	#main.py
6	loop(2)
7	print()
8	loop(5)

All Questions

Hint 1

Hint 2

See Answer

#Silver 3

Hint One - Random Order no Indetention

#main.py

a = int(a)

roundNum(2.0)

def roundNum(a):

a = a + 0.5

roundNum(2.1)

roundNum(2.5)

roundNum(2.4)

roundNum(2.6)

#procedures.py

roundNum(2.8)

print(a)

Hint Two - Random Order including Indetention

#main.py

a = int(a)

roundNum(2.0)

def roundNum(a):

a = a + 0.5

roundNum(2.1)

roundNum(2.5)

roundNum(2.4)

roundNum(2.6)

#procedures.py

roundNum(2.8)

print(a)

Answer

1	#procedures.py
2	def roundNum(a):
3	a = a + 0.5
4	a = int(a)
5	print(a)
6
7	#main.py
8	roundNum(2.0)
9	roundNum(2.1)
10	roundNum(2.4)
11	roundNum(2.5)
12	roundNum(2.6)
13	roundNum(2.8)

All Questions

Hint 1

Hint 2

See Answer

#Silver 4

Hint One - Random Order no Indetention

print("1")

time.sleep(1)

countdown()

#procedures.py

#main.py

time.sleep(1)

import time

def countdown():

print("Go!")

print("2")

print("3")

Hint Two - Random Order including Indetention

print("1")

time.sleep(1)

countdown()

#procedures.py

#main.py

time.sleep(1)

import time

def countdown():

print("Go!")

print("2")

print("3")

Answer

1	#procedures.py
2	import time
3
4	def countdown():
5	print("3")
6	time.sleep(1)
7	print("2")
8	time.sleep(1)
9	print("1")
10	time.sleep(1)
11	print("Go!")
12
13	#main.py
14	countdown()

All Questions

Hint 1

Hint 2

See Answer

#Silver 5

Hint One - Random Order no Indetention

for x in range(1,a+1):

def printNums(a):

printNums(10)

#procedures.py

#main.py

printNums(5)

print(x)

Hint Two - Random Order including Indetention

for x in range(1,a+1):

def printNums(a):

printNums(10)

#procedures.py

#main.py

printNums(5)

print(x)

Answer

1	#procedures.py
2	def printNums(a):
3	for x in range(1,a+1):
4	print(x)
5
6	#main.py
7	printNums(5)
8	printNums(10)

All Questions

Hint 1

Hint 2

See Answer

#Silver 6

Hint One - Random Order no Indetention

printNums(30)

printNums(20)

printNums(10)

#main.py

Answer

1	#main.py
2	printNums(10)
3	printNums(20)
4	printNums(30)

All Questions

Hint 1

See Answer

#Silver 7

Hint One - Random Order no Indetention

printNumRow(7)

if x == a: #The last index

#procedures.py

for x in range(1,a+1):

def printNumRow(a):

e = e + str(x)

print(e)

else:

e = e + str(x) + ","

#main.py

e = ""

Hint Two - Random Order including Indetention

printNumRow(7)

if x == a: #The last index

#procedures.py

for x in range(1,a+1):

def printNumRow(a):

e = e + str(x)

print(e)

else:

e = e + str(x) + ","

#main.py

e = ""

Answer

1	#procedures.py
2	def printNumRow(a):
3	e = ""
4	for x in range(1,a+1):
5	if x == a: #The last index
6	e = e + str(x)
7	else:
8	e = e + str(x) + ","
9	print(e)
10	#main.py
11	printNumRow(7)

All Questions

Hint 1

Hint 2

See Answer

#Silver 8

Hint One - Random Order no Indetention

#main.py

for y in range(b):

def printSquare(a,b):

print()

for x in range(a):

s = s + "#"

print(s)

printSquare(3,3)

printSquare(2,2)

#procedures.py

s = ""

printSquare(4,4)

print()

Hint Two - Random Order including Indetention

#main.py

for y in range(b):

def printSquare(a,b):

print()

for x in range(a):

s = s + "#"

print(s)

printSquare(3,3)

printSquare(2,2)

#procedures.py

s = ""

printSquare(4,4)

print()

Answer

1	#procedures.py
2	def printSquare(a,b):
3	s = ""
4	for x in range(a):
5	s = s + "#"
6	for y in range(b):
7	print(s)
8
9	#main.py
10	printSquare(2,2)
11	print()
12	printSquare(3,3)
13	print()
14	printSquare(4,4)

All Questions

Hint 1

Hint 2

See Answer

#Silver 9

Hint One - Random Order no Indetention

print(str(num) + " of" + suit)

elif num == 11:

suit = a[1]

#procedures.py

print("Ace of " + suit)

#main.py

print("Queen of " + suit)

print("Jack of " + suit)

print("King of " + suit)

if num == 1:

printCard([4,"Hearts"])

elif num == 13:

printCard([1,"Spades"])

num = a[0]

def printCard(a):

else:

elif num == 12:

Hint Two - Random Order including Indetention

print(str(num) + " of" + suit)

elif num == 11:

suit = a[1]

#procedures.py

print("Ace of " + suit)

#main.py

print("Queen of " + suit)

print("Jack of " + suit)

print("King of " + suit)

if num == 1:

printCard([4,"Hearts"])

elif num == 13:

printCard([1,"Spades"])

num = a[0]

def printCard(a):

else:

elif num == 12:

Answer

1	#procedures.py
2	def printCard(a):
3	num = a[0]
4	suit = a[1]
5	if num == 1:
6	print("Ace of " + suit)
7	elif num == 11:
8	print("Jack of " + suit)
9	elif num == 12:
10	print("Queen of " + suit)
11	elif num == 13:
12	print("King of " + suit)
13	else:
14	print(str(num) + " of" + suit)
15
16	#main.py
17	printCard([4,"Hearts"])
18	printCard([1,"Spades"])

All Questions

Hint 1

Hint 2

See Answer

#Silver 10

Hint One - Random Order no Indetention

printCard(cards[x])

#main.py

cards = [[1, "Spades"], [2, "Spades"], [3, "Hearts"], [4, "Hearts"], [5, "Diamonds"], [6, "Diamonds"], [7, "Clubs"], [8, "Clubs"], [9, "Spades"], [10, "Hearts"]]

for x in range(len(cards)):

Hint Two - Random Order including Indetention

printCard(cards[x])

#main.py

cards = [[1, "Spades"], [2, "Spades"], [3, "Hearts"], [4, "Hearts"], [5, "Diamonds"], [6, "Diamonds"], [7, "Clubs"], [8, "Clubs"], [9, "Spades"], [10, "Hearts"]]

for x in range(len(cards)):

Answer

1	#main.py
2	cards = [[1, "Spades"], [2, "Spades"], [3, "Hearts"], [4, "Hearts"], [5, "Diamonds"], [6, "Diamonds"], [7, "Clubs"], [8, "Clubs"], [9, "Spades"], [10, "Hearts"]]
3	for x in range(len(cards)):
4	printCard(cards[x])
5

All Questions

Hint 1

Hint 2

See Answer

#Silver 11

Hint One - Random Order no Indetention

printTogether(["A","B","C"],[1,2,3])

def printTogether(a,b):

#procedures.py

#main.py

print(str(a[x]) + " = " + str(b[x]))

for x in range(len(a)):

Hint Two - Random Order including Indetention

printTogether(["A","B","C"],[1,2,3])

def printTogether(a,b):

#procedures.py

#main.py

print(str(a[x]) + " = " + str(b[x]))

for x in range(len(a)):

Answer

1	#procedures.py
2	def printTogether(a,b):
3	for x in range(len(a)):
4	print(str(a[x]) + " = " + str(b[x]))
5
6	#main.py
7	printTogether(["A","B","C"],[1,2,3])

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 1

Hint One - Random Order no Indetention

t = t * x

f = False

print(n*n)

for x in range(n):

def factorial(n):

print(f)

#procedures.py

def absolute(n):

t = 1

def square(n):

print(n)

for x in range(n):

n = n * -1

f = True

if x * x == n:

print(t)

if n < 0:

def isSquared(n):

Hint Two - Random Order including Indetention

t = t * x

f = False

print(n*n)

for x in range(n):

def factorial(n):

print(f)

#procedures.py

def absolute(n):

t = 1

def square(n):

print(n)

for x in range(n):

n = n * -1

f = True

if x * x == n:

print(t)

if n < 0:

def isSquared(n):

Answer

1	#procedures.py
2	def square(n):
3	print(n*n)
4
5	def factorial(n):
6	t = 1
7	for x in range(n):
8	t = t * x
9	print(t)
10
11	def isSquared(n):
12	f = False
13	for x in range(n):
14	if x * x == n:
15	f = True
16	print(f)
17
18	def absolute(n):
19	if n < 0:
20	n = n * -1
21	print(n)

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 1 - Extension

Hint One - Random Order no Indetention

f = True

print(fib[:n])

#procedures.py

def fibonacci(n):

for x in range(n):

print(f)

f = False

i1 = len(fib) - 1

for x in range(n-2):

def isPrime(n):

fib.append(fib[i1] + fib[i2])

if n % x == 0:

i2 = len(fib) - 2

fib = [1,1]

Hint Two - Random Order including Indetention

f = True

print(fib[:n])

#procedures.py

def fibonacci(n):

for x in range(n):

print(f)

f = False

i1 = len(fib) - 1

for x in range(n-2):

def isPrime(n):

fib.append(fib[i1] + fib[i2])

if n % x == 0:

i2 = len(fib) - 2

fib = [1,1]

Answer

1	#procedures.py
2	def fibonacci(n):
3	fib = [1,1]
4	for x in range(n-2):
5	i1 = len(fib) - 1
6	i2 = len(fib) - 2
7	fib.append(fib[i1] + fib[i2])
8	print(fib[:n])
9
10	def isPrime(n):
11	f = True
12	for x in range(n):
13	if n % x == 0:
14	f = False
15	print(f)
16

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 2

Hint One - Random Order no Indetention

break

print("Enter a command you wish to execute:")

num = input()

absolute(num)

#main.py

elif command == "absolute":

square(num)

elif command == "isSquared":

elif command == "factorial":

factorial(num)

command = input()

isSquared(num)

while True:

if command == "square":

elif command == "exit":

print("square,factorial,isSquared,absolute")

print("Enter a number to apply it to")

Hint Two - Random Order including Indetention

break

print("Enter a command you wish to execute:")

num = input()

absolute(num)

#main.py

elif command == "absolute":

square(num)

elif command == "isSquared":

elif command == "factorial":

factorial(num)

command = input()

isSquared(num)

while True:

if command == "square":

elif command == "exit":

print("square,factorial,isSquared,absolute")

print("Enter a number to apply it to")

Answer

1	#main.py
2	while True:
3	print("Enter a command you wish to execute:")
4	print("square,factorial,isSquared,absolute")
5	command = input()
6	print("Enter a number to apply it to")
7	num = input()
8	if command == "square":
9	square(num)
10	elif command == "factorial":
11	factorial(num)
12	elif command == "isSquared":
13	isSquared(num)
14	elif command == "absolute":
15	absolute(num)
16	elif command == "exit":
17	break

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 3

Hint One - Random Order no Indetention

e = e + str(arr[x]) + s

def printArray(arr,s):

printArray(wordList,",")

#main.py

e = ""

printArray(wordList," ")

for x in range(len(arr)):

wordList = ["apple", "banana", "cherry", "date", "elderberry"]

printArray(numberList,",")

printArray(numberList," ")

numberList = [23, 87, 5, 42, 91, 14, 68, 77, 3, 56]

print(e[:len(e)-len(s)]) #removes the last ,

#procedures.py

printArray(wordList," | ")

printArray(numberList," | ")

Hint Two - Random Order including Indetention

e = e + str(arr[x]) + s

def printArray(arr,s):

printArray(wordList,",")

#main.py

e = ""

printArray(wordList," ")

for x in range(len(arr)):

wordList = ["apple", "banana", "cherry", "date", "elderberry"]

printArray(numberList,",")

printArray(numberList," ")

numberList = [23, 87, 5, 42, 91, 14, 68, 77, 3, 56]

print(e[:len(e)-len(s)]) #removes the last ,

#procedures.py

printArray(wordList," | ")

printArray(numberList," | ")

Answer

1	#procedures.py
2	def printArray(arr,s):
3	e = ""
4	for x in range(len(arr)):
5	e = e + str(arr[x]) + s
6	print(e[:len(e)-len(s)]) #removes the last ,
7
8	#main.py
9	wordList = ["apple", "banana", "cherry", "date", "elderberry"]
10	numberList = [23, 87, 5, 42, 91, 14, 68, 77, 3, 56]
11	printArray(wordList," ")
12	printArray(numberList," ")
13	printArray(wordList,",")
14	printArray(numberList,",")
15	printArray(wordList," \| ")
16	printArray(numberList," \| ")

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 4

Hint One - Random Order no Indetention

sentence = sentence + text[x] + " "

wordWrap("This is a program that uses procedures to display stuff on the screen")

else:

sentence = text[x] + " "

#main.py

sentence = ""

print(sentence)

def wordWrap(s):

print(sentence)

#procedures.py

if len(sentence) + len(text[x]) > 25:

text = s.split(" ")

for x in range(len(text)):

Hint Two - Random Order including Indetention

sentence = sentence + text[x] + " "

wordWrap("This is a program that uses procedures to display stuff on the screen")

else:

sentence = text[x] + " "

#main.py

sentence = ""

print(sentence)

def wordWrap(s):

print(sentence)

#procedures.py

if len(sentence) + len(text[x]) > 25:

text = s.split(" ")

for x in range(len(text)):

Answer

1	#procedures.py
2	def wordWrap(s):
3	text = s.split(" ")
4	sentence = ""
5	for x in range(len(text)):
6	if len(sentence) + len(text[x]) > 25:
7	print(sentence)
8	sentence = text[x] + " "
9	else:
10	sentence = sentence + text[x] + " "
11	print(sentence)
12	#main.py
13	wordWrap("This is a program that uses procedures to display stuff on the screen")

All Questions

Hint 1

Hint 2

See Answer

#Gold 1 5

Hint One - Random Order no Indetention

items.append(arr[x])

for x in range(len(arr)):

summaryArr(["bread","apple","apple","lemon"])

#procedures.py

if arr[x] not in items:

items = []

#main.py

else:

print(items[x] + ": " + str(count[x]))

def summaryArr(arr):

i = items.index(arr[x])

for x in range(len(items)):

count.append(1)

count = []

count[i] = count[i] + 1

Hint Two - Random Order including Indetention

items.append(arr[x])

for x in range(len(arr)):

summaryArr(["bread","apple","apple","lemon"])

#procedures.py

if arr[x] not in items:

items = []

#main.py

else:

print(items[x] + ": " + str(count[x]))

def summaryArr(arr):

i = items.index(arr[x])

for x in range(len(items)):

count.append(1)

count = []

count[i] = count[i] + 1

Answer

1	#procedures.py
2	def summaryArr(arr):
3	items = []
4	count = []
5	for x in range(len(arr)):
6	if arr[x] not in items:
7	items.append(arr[x])
8	count.append(1)
9	else:
10	i = items.index(arr[x])
11	count[i] = count[i] + 1
12	for x in range(len(items)):
13	print(items[x] + ": " + str(count[x]))
14	#main.py
15	summaryArr(["bread","apple","apple","lemon"])

All Questions

Hint 1

Hint 2

See Answer

#Gold 2 1

Hint One - Random Order no Indetention

printDown(5)

if a != 0:

printDown(a-1)

print(a)

printDown(8)

def printDown(a):

Hint Two - Random Order including Indetention

printDown(5)

if a != 0:

printDown(a-1)

print(a)

printDown(8)

def printDown(a):

Answer

1	def printDown(a):
2	if a != 0:
3	print(a)
4	printDown(a-1)
5
6	printDown(8)
7	printDown(5)

All Questions

Hint 1

Hint 2

See Answer

#Gold 2 2

Hint One - Random Order no Indetention

def doubleNumber(a,b):

if b != 0:

a = a * 2

doubleNumber(10,4)

print(a)

doubleNumber(a,b)

b = b - 1

print()

doubleNumber(30,2)

Hint Two - Random Order including Indetention

def doubleNumber(a,b):

if b != 0:

a = a * 2

doubleNumber(10,4)

print(a)

doubleNumber(a,b)

b = b - 1

print()

doubleNumber(30,2)

Answer

1	def doubleNumber(a,b):
2	if b != 0:
3	b = b - 1
4	a = a * 2
5	print(a)
6	doubleNumber(a,b)
7
8	doubleNumber(10,4)
9	print()
10	doubleNumber(30,2)

All Questions

Hint 1

Hint 2

See Answer

#Gold 2 3

Hint One - Random Order no Indetention

b = a.pop(0)

print()

def printArrayItems(a):

if len(a) != 0:

printArrayItems([3,2,1])

print(b)

printArrayItems(a)

printArrayItems([1,2,3])

Hint Two - Random Order including Indetention

b = a.pop(0)

print()

def printArrayItems(a):

if len(a) != 0:

printArrayItems([3,2,1])

print(b)

printArrayItems(a)

printArrayItems([1,2,3])

Answer

1	def printArrayItems(a):
2	if len(a) != 0:
3	b = a.pop(0)
4	print(b)
5	printArrayItems(a)
6
7	printArrayItems([1,2,3])
8	print()
9	printArrayItems([3,2,1])

All Questions

Hint 1

Hint 2

See Answer

#Gold 2 4

Hint One - Random Order no Indetention

else:

a = a + 2 ** power

z = b[0]

print()

print(a)

if z == "1":

if len(b) > 0:

b = b[1:]

binaryConvert("11110000")

power = len(b)

else:

def binaryConvert(b,a=0):

binaryConvert(b,a)

binaryConvert("10101111")

binaryConvert(b,a)

Hint Two - Random Order including Indetention

else:

a = a + 2 ** power

z = b[0]

print()

print(a)

if z == "1":

if len(b) > 0:

b = b[1:]

binaryConvert("11110000")

power = len(b)

else:

def binaryConvert(b,a=0):

binaryConvert(b,a)

binaryConvert("10101111")

binaryConvert(b,a)

Answer

1	def binaryConvert(b,a=0):
2	if len(b) > 0:
3	z = b[0]
4	b = b[1:]
5	if z == "1":
6	power = len(b)
7	a = a + 2 ** power
8	binaryConvert(b,a)
9	else:
10	binaryConvert(b,a)
11	else:
12	print(a)
13
14
15
16	binaryConvert("10101111")
17	print()
18	binaryConvert("11110000")

All Questions

Hint 1

Hint 2

See Answer

#Gold 2 5

Hint One - Random Order no Indetention

denaryConvert(div,a)

if n != 0:

print()

else:

denaryConvert(175)

a = str(rem) + a

def denaryConvert(n,a=""):

denaryConvert(240)

div = n // 2

rem = n % 2

print(a)

Hint Two - Random Order including Indetention

denaryConvert(div,a)

if n != 0:

print()

else:

denaryConvert(175)

a = str(rem) + a

def denaryConvert(n,a=""):

denaryConvert(240)

div = n // 2

rem = n % 2

print(a)

Answer

1	def denaryConvert(n,a=""):
2	if n != 0:
3	div = n // 2
4	rem = n % 2
5	a = str(rem) + a
6	denaryConvert(div,a)
7	else:
8	print(a)
9
10	denaryConvert(175)
11	print()
12	denaryConvert(240)

All Questions

Hint 1

Hint 2

See Answer

< Home

All Questions

#Bronze 1

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Bronze 2

Hint One - Random Order no Indetention

Answer

#Bronze 3

Hint One - Random Order no Indetention

Answer

#Bronze 4

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Bronze 5

Hint One - Random Order no Indetention

Answer

#Bronze 6

Hint One - Random Order no Indetention

Answer

#Bronze 7

Hint One - Random Order no Indetention

Answer

#Bronze 8

Hint One - Random Order no Indetention

Answer

#Bronze 9

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Bronze 10

Hint One - Random Order no Indetention

Answer

#Bronze 11

Hint One - Random Order no Indetention

Answer

#Bronze 12

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 1

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 2

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 3

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 4

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 5

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 6

Hint One - Random Order no Indetention

Answer

#Silver 7

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 8

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 9

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Silver 10

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention