#Bronze 1

Hint One - Random Order no Indetention

return a

#functions.py

def addExclamation(a):

line = addExclamation("Hello")

#main.py

print(line)

a = a + "!"

Hint Two - Random Order including Indetention

return a

#functions.py

def addExclamation(a):

line = addExclamation("Hello")

#main.py

print(line)

a = a + "!"

Answer

1	#functions.py
2	def addExclamation(a):
3	a = a + "!"
4	return a
5
6	#main.py
7	line = addExclamation("Hello")
8	print(line)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 2

Hint One - Random Order no Indetention

x = tenTimes(3)

def tenTimes(a):

return a

#functions.py

a = a * 10

#main.py

print(x)

Hint Two - Random Order including Indetention

x = tenTimes(3)

def tenTimes(a):

return a

#functions.py

a = a * 10

#main.py

print(x)

Answer

1	#functions.py
2	def tenTimes(a):
3	a = a * 10
4	return a
5
6	#main.py
7	x = tenTimes(3)
8	print(x)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 3

Hint One - Random Order no Indetention

y = addFive(10)

print(x+y)

x = addFive(3)

return a

a = a + 5

def addFive(a):

#functions.py

#main.py

Hint Two - Random Order including Indetention

y = addFive(10)

print(x+y)

x = addFive(3)

return a

a = a + 5

def addFive(a):

#functions.py

#main.py

Answer

1	#functions.py
2	def addFive(a):
3	a = a + 5
4	return a
5
6	#main.py
7	x = addFive(3)
8	y = addFive(10)
9	print(x+y)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 4

Hint One - Random Order no Indetention

x = isA("A")

return False

print(y)

if a == "A":

#main.py

def isA(a):

#functions.py

return True

else:

print(x)

y = isA("B")

Hint Two - Random Order including Indetention

x = isA("A")

return False

print(y)

if a == "A":

#main.py

def isA(a):

#functions.py

return True

else:

print(x)

y = isA("B")

Answer

1	#functions.py
2	def isA(a):
3	if a == "A":
4	return True
5	else:
6	return False
7
8	#main.py
9	x = isA("A")
10	print(x)
11	y = isA("B")
12	print(y)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 5

Hint One - Random Order no Indetention

print(w)

#main.py

w = add(5,10)

c = a + b

def add(a,b):

#functions.py

return c

Hint Two - Random Order including Indetention

print(w)

#main.py

w = add(5,10)

c = a + b

def add(a,b):

#functions.py

return c

Answer

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

All Questions

Hint 1

Hint 2

See Answer

#Bronze 6

Hint One - Random Order no Indetention

w = area(20,10)

def area(a,b):

#main.py

#functions.py

print(w)

c = a * b

return c

Hint Two - Random Order including Indetention

w = area(20,10)

def area(a,b):

#main.py

#functions.py

print(w)

c = a * b

return c

Answer

1	#functions.py
2	def area(a,b):
3	c = a * b
4	return c
5
6	#main.py
7	w = area(20,10)
8	print(w)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 6

Hint One - Random Order no Indetention

#main.py

w = perimeter(20,10)

def perimeter(a,b):

print(w)

c = a * 2 + b * 2

#functions.py

return c

Hint Two - Random Order including Indetention

#main.py

w = perimeter(20,10)

def perimeter(a,b):

print(w)

c = a * 2 + b * 2

#functions.py

return c

Answer

1	#functions.py
2	def perimeter(a,b):
3	c = a * 2 + b * 2
4	return c
5
6	#main.py
7	w = perimeter(20,10)
8	print(w)

All Questions

Hint 1

Hint 2

See Answer

#Silver 1

Hint One - Random Order no Indetention

a = a * 2

r = multiTwo(8)

print(r)

return a

#main.py

def multiTwo(a):

#functions.py

Hint Two - Random Order including Indetention

a = a * 2

r = multiTwo(8)

print(r)

return a

#main.py

def multiTwo(a):

#functions.py

Answer

1	#functions.py
2	def multiTwo(a):
3	a = a * 2
4	return a
5
6	#main.py
7	r = multiTwo(8)
8	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Silver 2

Hint One - Random Order no Indetention

a = a * 2

x = multiTwo(20)

#main.py

def multiTwo(a):

print(x + y)

#functions.py

y = multiTwo(10)

return a

Hint Two - Random Order including Indetention

a = a * 2

x = multiTwo(20)

#main.py

def multiTwo(a):

print(x + y)

#functions.py

y = multiTwo(10)

return a

Answer

1	#functions.py
2	def multiTwo(a):
3	a = a * 2
4	return a
5
6	#main.py
7	x = multiTwo(20)
8	y = multiTwo(10)
9	print(x + y)

All Questions

Hint 1

Hint 2

See Answer

#Silver 3

Hint One - Random Order no Indetention

def combineStr(a,b):

c = a + " " + b

#main.py

#functions.py

return c

x = combineStr("hello","friend")

print(x)

Hint Two - Random Order including Indetention

def combineStr(a,b):

c = a + " " + b

#main.py

#functions.py

return c

x = combineStr("hello","friend")

print(x)

Answer

1	#functions.py
2	def combineStr(a,b):
3	c = a + " " + b
4	return c
5
6	#main.py
7	x = combineStr("hello","friend")
8	print(x)

All Questions

Hint 1

Hint 2

See Answer

#Silver 4

Hint One - Random Order no Indetention

return False

print(r)

else:

return True

#main.py

l2 = a[1]

l1 = a[0]

def isSame(a,b):

if l1 == l2:

r = isSame("hello","hi")

#functions.py

Hint Two - Random Order including Indetention

return False

print(r)

else:

return True

#main.py

l2 = a[1]

l1 = a[0]

def isSame(a,b):

if l1 == l2:

r = isSame("hello","hi")

#functions.py

Answer

1	#functions.py
2	def isSame(a,b):
3	l1 = a[0]
4	l2 = a[1]
5	if l1 == l2:
6	return True
7	else:
8	return False
9
10	#main.py
11	r = isSame("hello","hi")
12	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Silver 5

Hint One - Random Order no Indetention

else:

#functions.py

else:

def isSame(a,b):

return False

print("They don't start with the same character")

#main.py

l2 = a[1]

i = input()

i2 = input()

if l1 == l2:

if z == True:

print("Enter two inputs")

z = isSame(i,i2)

print("They start with the same character")

return True

l1 = a[0]

Hint Two - Random Order including Indetention

else:

#functions.py

else:

def isSame(a,b):

return False

print("They don't start with the same character")

#main.py

l2 = a[1]

i = input()

i2 = input()

if l1 == l2:

if z == True:

print("Enter two inputs")

z = isSame(i,i2)

print("They start with the same character")

return True

l1 = a[0]

Answer

1	#functions.py
2	def isSame(a,b):
3	l1 = a[0]
4	l2 = a[1]
5	if l1 == l2:
6	return True
7	else:
8	return False
9
10	#main.py
11	print("Enter two inputs")
12	i = input()
13	i2 = input()
14	z = isSame(i,i2)
15	if z == True:
16	print("They start with the same character")
17	else:
18	print("They don't start with the same character")

All Questions

Hint 1

Hint 2

See Answer

#Silver 6

Hint One - Random Order no Indetention

return empty

empty = empty + arr[x] + " "

empty = ""

#functions.py

def printArray(arr):

result = printArray(["this","is","a","test"])

#main.py

empty = empty.strip()

print(result)

for x in range(len(arr)):

Hint Two - Random Order including Indetention

return empty

empty = empty + arr[x] + " "

empty = ""

#functions.py

def printArray(arr):

result = printArray(["this","is","a","test"])

#main.py

empty = empty.strip()

print(result)

for x in range(len(arr)):

Answer

1	#functions.py
2	def printArray(arr):
3	empty = ""
4	for x in range(len(arr)):
5	empty = empty + arr[x] + " "
6	empty = empty.strip()
7	return empty
8
9	#main.py
10	result = printArray(["this","is","a","test"])
11	print(result)

All Questions

Hint 1

Hint 2

See Answer

#Silver 7

Hint One - Random Order no Indetention

return False

#Remember when a return happens the function ends, if it gets to the other if statements must be false

def isdate(a):

#main.py

if second > 12 or second < 1:

return True

if first > 31 or first < 1:

print(result)

first = a[0:2]

result = isdate("12/15/2021")

return False

#functions.py

first = int(first)

second = a[3:5]

second = int(second)

Hint Two - Random Order including Indetention

return False

#Remember when a return happens the function ends, if it gets to the other if statements must be false

def isdate(a):

#main.py

if second > 12 or second < 1:

return True

if first > 31 or first < 1:

print(result)

first = a[0:2]

result = isdate("12/15/2021")

return False

#functions.py

first = int(first)

second = a[3:5]

second = int(second)

Answer

1	#functions.py
2	def isdate(a):
3	first = a[0:2]
4	first = int(first)
5	if first > 31 or first < 1:
6	return False
7
8	second = a[3:5]
9	second = int(second)
10	if second > 12 or second < 1:
11	return False
12	#Remember when a return happens the function ends, if it gets to the other if statements must be false
13	return True
14
15	#main.py
16	result = isdate("12/15/2021")
17	print(result)

All Questions

Hint 1

Hint 2

See Answer

#Silver 8

Hint One - Random Order no Indetention

return False

second = int(second)

#functions.py

i = input()

else:

second = a[3:5]

while True:

return False

return True

first = a[0:2]

first = int(first)

print("Not valid, please try again")

break

#main.py

if valid == True:

if second > 12 or second < 1:

valid = isdate(i)

print("Enter a date in the format dd/mm/yyyy")

def isdate(a):

if first > 31 or first < 1:

Hint Two - Random Order including Indetention

return False

second = int(second)

#functions.py

i = input()

else:

second = a[3:5]

while True:

return False

return True

first = a[0:2]

first = int(first)

print("Not valid, please try again")

break

#main.py

if valid == True:

if second > 12 or second < 1:

valid = isdate(i)

print("Enter a date in the format dd/mm/yyyy")

def isdate(a):

if first > 31 or first < 1:

Answer

1	#functions.py
2	def isdate(a):
3	first = a[0:2]
4	first = int(first)
5	if first > 31 or first < 1:
6	return False
7
8	second = a[3:5]
9	second = int(second)
10	if second > 12 or second < 1:
11	return False
12	return True
13
14	#main.py
15	while True:
16	print("Enter a date in the format dd/mm/yyyy")
17	i = input()
18	valid = isdate(i)
19	if valid == True:
20	break
21	else:
22	print("Not valid, please try again")

All Questions

Hint 1

Hint 2

See Answer

#Gold 1

Hint One - Random Order no Indetention

arr = []

for x in range(length):

length = b - a

print(numArray(5,8))

#main.py

arr.append(a + x)

#functions.py

def numArray(a,b):

return arr

Hint Two - Random Order including Indetention

arr = []

for x in range(length):

length = b - a

print(numArray(5,8))

#main.py

arr.append(a + x)

#functions.py

def numArray(a,b):

return arr

Answer

1	#functions.py
2	def numArray(a,b):
3	length = b - a
4	arr = []
5	for x in range(length):
6	arr.append(a + x)
7	return arr
8
9	#main.py
10	print(numArray(5,8))

All Questions

Hint 1

Hint 2

See Answer

#Gold 2

Hint One - Random Order no Indetention

print(x)

for x in numArray(1,21):

#main.py

Hint Two - Random Order including Indetention

print(x)

for x in numArray(1,21):

#main.py

Answer

1	#main.py
2	for x in numArray(1,21):
3	print(x)
4

All Questions

Hint 1

Hint 2

See Answer

#Gold 3

Hint One - Random Order no Indetention

if arr[x] > m:

#functions.py

maxNum = maxArr([5,4,2,1])

#main.py

print(maxNum)

m = arr[0]

m = arr[x]

def maxArr(arr):

for x in range(1,len(arr)):

return m

Hint Two - Random Order including Indetention

if arr[x] > m:

#functions.py

maxNum = maxArr([5,4,2,1])

#main.py

print(maxNum)

m = arr[0]

m = arr[x]

def maxArr(arr):

for x in range(1,len(arr)):

return m

Answer

1	#functions.py
2	def maxArr(arr):
3	m = arr[0]
4	for x in range(1,len(arr)):
5	if arr[x] > m:
6	m = arr[x]
7	return m
8
9	#main.py
10	maxNum = maxArr([5,4,2,1])
11	print(maxNum)

All Questions

Hint 1

Hint 2

See Answer

#Gold 4

Hint One - Random Order no Indetention

def getIndex(arr,a):

#functions.py

return x

for x in range(len(arr)):

#main.py

i = getIndex([5,4,2,1],1)

if arr[x] == a:

return -1 #invalid

print(i)

Hint Two - Random Order including Indetention

def getIndex(arr,a):

#functions.py

return x

for x in range(len(arr)):

#main.py

i = getIndex([5,4,2,1],1)

if arr[x] == a:

return -1 #invalid

print(i)

Answer

1	#functions.py
2	def getIndex(arr,a):
3	for x in range(len(arr)):
4	if arr[x] == a:
5	return x
6	return -1 #invalid
7
8	#main.py
9	i = getIndex([5,4,2,1],1)
10	print(i)

All Questions

Hint 1

Hint 2

See Answer

#Gold 5

Hint One - Random Order no Indetention

print(maxIndex([5,2,1,8,2]))

num = maxArr(arr)

idx = getIndex(arr,num)

#functions.py

return idx

#main.py

def maxIndex(arr):

Hint Two - Random Order including Indetention

print(maxIndex([5,2,1,8,2]))

num = maxArr(arr)

idx = getIndex(arr,num)

#functions.py

return idx

#main.py

def maxIndex(arr):

Answer

1	#functions.py
2	def maxIndex(arr):
3	num = maxArr(arr)
4	idx = getIndex(arr,num)
5	return idx
6
7	#main.py
8	print(maxIndex([5,2,1,8,2]))

All Questions

Hint 1

Hint 2

See Answer

#Gold 6

Hint One - Random Order no Indetention

if s[x] != " ":

for x in range(len(s)):

empty = empty + s[x]

def spaceBad(s):

sb = spaceBad("this is a test string")

#functions.py

#main.py

return empty

empty = ""

print(sb)

Hint Two - Random Order including Indetention

if s[x] != " ":

for x in range(len(s)):

empty = empty + s[x]

def spaceBad(s):

sb = spaceBad("this is a test string")

#functions.py

#main.py

return empty

empty = ""

print(sb)

Answer

1	#functions.py
2	def spaceBad(s):
3	empty = ""
4	for x in range(len(s)):
5	if s[x] != " ":
6	empty = empty + s[x]
7	return empty
8
9	#main.py
10	sb = spaceBad("this is a test string")
11	print(sb)

All Questions

Hint 1

Hint 2

See Answer

#Gold 7

Hint One - Random Order no Indetention

def addSpaces(s,a):

print(space + "|")

space = addSpaces("cs",10)

#functions.py

s = s + " "

#main.py

return s

print(space + "|")

space = addSpaces("test",10)

for x in range(a - len(s)):

Hint Two - Random Order including Indetention

def addSpaces(s,a):

print(space + "|")

space = addSpaces("cs",10)

#functions.py

s = s + " "

#main.py

return s

print(space + "|")

space = addSpaces("test",10)

for x in range(a - len(s)):

Answer

1	#functions.py
2	def addSpaces(s,a):
3	for x in range(a - len(s)):
4	s = s + " "
5	return s
6
7	#main.py
8	space = addSpaces("test",10)
9	print(space + "\|")
10	space = addSpaces("cs",10)
11	print(space + "\|")

All Questions

Hint 1

Hint 2

See Answer

#Gold 8

Hint One - Random Order no Indetention

def capitalise(s):

#main.py

empty = s[0].upper()

return empty

print(title)

for x in range(1,len(s)):

title = capitalise("this is a test")

empty = empty + s[x]

else:

if empty[x - 1] == " ":

#functions.py

empty = empty + s[x].upper()

Hint Two - Random Order including Indetention

def capitalise(s):

#main.py

empty = s[0].upper()

return empty

print(title)

for x in range(1,len(s)):

title = capitalise("this is a test")

empty = empty + s[x]

else:

if empty[x - 1] == " ":

#functions.py

empty = empty + s[x].upper()

Answer

1	#functions.py
2	def capitalise(s):
3	empty = s[0].upper()
4	for x in range(1,len(s)):
5	if empty[x - 1] == " ":
6	empty = empty + s[x].upper()
7	else:
8	empty = empty + s[x]
9	return empty
10
11	#main.py
12	title = capitalise("this is a test")
13	print(title)

All Questions

Hint 1

Hint 2

See Answer

#Gold 9

Hint One - Random Order no Indetention

#functions.py

print(logicOr(True,False))

def logicNot(a):

if a == True or b == True:

return False

return True

else:

return True

else:

#main.py

return False

return True

else:

if a == True:

print(logicNot(False))

def logicAnd(a,b):

print(logicAnd(True,True))

def logicOr(a,b):

if a == True and b == True:

Hint Two - Random Order including Indetention

#functions.py

print(logicOr(True,False))

def logicNot(a):

if a == True or b == True:

return False

return True

else:

return True

else:

#main.py

return False

return True

else:

if a == True:

print(logicNot(False))

def logicAnd(a,b):

print(logicAnd(True,True))

def logicOr(a,b):

if a == True and b == True:

Answer

1	#functions.py
2	def logicAnd(a,b):
3	if a == True and b == True:
4	return True
5	else:
6	return False
7
8	def logicOr(a,b):
9	if a == True or b == True:
10	return True
11	else:
12	return False
13
14	def logicNot(a):
15	if a == True:
16	return False
17	else:
18	return True
19
20	#main.py
21	print(logicAnd(True,True))
22	print(logicOr(True,False))
23	print(logicNot(False))

All Questions

Hint 1

Hint 2

See Answer

#Gold 10

Hint One - Random Order no Indetention

print(result)

result = logicOr(logicAnd(A,B),logicNot(C))

B = False

C = False

#main.py

A = True

Answer

1	#main.py
2	A = True
3	B = False
4	C = False
5	result = logicOr(logicAnd(A,B),logicNot(C))
6	print(result)

All Questions

Hint 1

See Answer

#Gold 11

Hint One - Random Order no Indetention

D = True

A = True

print(result)

#main.py

B = False

C = False

result = logicOr(logicNot(logicAnd(A,B)),logicOr(logicNot(C),D))

Answer

1	#main.py
2	A = True
3	B = False
4	C = False
5	D = True
6	result = logicOr(logicNot(logicAnd(A,B)),logicOr(logicNot(C),D))
7	print(result)

All Questions

Hint 1

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

Hint Two - Random Order including Indetention

Answer

#Bronze 3

Hint One - Random Order no Indetention

Hint Two - Random Order including 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

Hint Two - Random Order including Indetention

Answer

#Bronze 6

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Bronze 6

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

Hint Two - Random Order including 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

#Gold 1

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Gold 2

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Gold 3

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Gold 4

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Gold 5

Hint One - Random Order no Indetention