#Bronze 1

Hint One - Random Order no Indetention

word = getHello()

#main.py

#functions.py

def getHello():

print(word)

c = "hello"

return c

Hint Two - Random Order including Indetention

word = getHello()

#main.py

#functions.py

def getHello():

print(word)

c = "hello"

return c

Answer

1	#functions.py
2	def getHello():
3	c = "hello"
4	return c
5
6	#main.py
7	word = getHello()
8	print(word)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 2

Hint One - Random Order no Indetention

return a

#main.py

def addTwo(a):

n = addTwo(n)

#functions.py

n = 2

print(n)

a = a + 2

Hint Two - Random Order including Indetention

return a

#main.py

def addTwo(a):

n = addTwo(n)

#functions.py

n = 2

print(n)

a = a + 2

Answer

1	#functions.py
2	def addTwo(a):
3	a = a + 2
4	return a
5
6	#main.py
7	n = 2
8	n = addTwo(n)
9	print(n)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 3

Hint One - Random Order no Indetention

#main.py

s = "You okay"

s = question(s)

return a

def question(a):

print(s)

a = a + "?"

#functions.py

Hint Two - Random Order including Indetention

#main.py

s = "You okay"

s = question(s)

return a

def question(a):

print(s)

a = a + "?"

#functions.py

Answer

1	#functions.py
2	def question(a):
3	a = a + "?"
4	return a
5
6	#main.py
7	s = "You okay"
8	s = question(s)
9	print(s)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 4

Hint One - Random Order no Indetention

a = a + a

s = "word"

return a

#main.py

print(b)

def twoWord(a):

#functions.py

b = twoWord(s)

Hint Two - Random Order including Indetention

a = a + a

s = "word"

return a

#main.py

print(b)

def twoWord(a):

#functions.py

b = twoWord(s)

Answer

1	#functions.py
2	def twoWord(a):
3	a = a + a
4	return a
5
6	#main.py
7	s = "word"
8	b = twoWord(s)
9	print(b)

All Questions

Hint 1

Hint 2

See Answer

#Bronze 5

Hint One - Random Order no Indetention

b = twoWord(b)

a = a + a

#functions.py

#main.py

return a

b = twoWord(b)

print(b)

s = "word"

def twoWord(a):

Hint Two - Random Order including Indetention

b = twoWord(b)

a = a + a

#functions.py

#main.py

return a

b = twoWord(b)

print(b)

s = "word"

def twoWord(a):

Answer

1	#functions.py
2	def twoWord(a):
3	a = a + a
4	return a
5
6	#main.py
7	s = "word"
8	b = twoWord(b)
9	b = twoWord(b)
10	print(b)

All Questions

Hint 1

Hint 2

See Answer

#Silver 1

Hint One - Random Order no Indetention

#functions.py

return False

return True

print(e)

n = 10

else:

e = isEven(n)

def isEven(a):

#main.py

if a % 2 == 0:

Hint Two - Random Order including Indetention

#functions.py

return False

return True

print(e)

n = 10

else:

e = isEven(n)

def isEven(a):

#main.py

if a % 2 == 0:

Answer

1	#functions.py
2	def isEven(a):
3	if a % 2 == 0:
4	return True
5	else:
6	return False
7
8	#main.py
9	n = 10
10	e = isEven(n)
11	print(e)

All Questions

Hint 1

Hint 2

See Answer

#Silver 2

Hint One - Random Order no Indetention

if string[x] == letter:

return count

count += 1

#functions.py

n = howMany("hello","e")

print(n)

count = 0

n = howMany("hello","l")

for x in range(len(string)):

#main.py

def howMany(string,letter):

print(n)

Hint Two - Random Order including Indetention

if string[x] == letter:

return count

count += 1

#functions.py

n = howMany("hello","e")

print(n)

count = 0

n = howMany("hello","l")

for x in range(len(string)):

#main.py

def howMany(string,letter):

print(n)

Answer

1	#functions.py
2	def howMany(string,letter):
3	count = 0
4	for x in range(len(string)):
5	if string[x] == letter:
6	count += 1
7	return count
8
9	#main.py
10	n = howMany("hello","e")
11	print(n)
12	n = howMany("hello","l")
13	print(n)

All Questions

Hint 1

Hint 2

See Answer

#Silver 3

Hint One - Random Order no Indetention

for x in range(len(arr)):

item = arr[len(arr) - 1 - x]

newArr.append(item)

#functions.py

print(newArr)

return newArr

newArr = reverseArray([1,2,3,4])

newArr = []

#main.py

def reverseArray(arr):

Hint Two - Random Order including Indetention

for x in range(len(arr)):

item = arr[len(arr) - 1 - x]

newArr.append(item)

#functions.py

print(newArr)

return newArr

newArr = reverseArray([1,2,3,4])

newArr = []

#main.py

def reverseArray(arr):

Answer

1	#functions.py
2	def reverseArray(arr):
3	newArr = []
4	for x in range(len(arr)):
5	item = arr[len(arr) - 1 - x]
6	newArr.append(item)
7	return newArr
8
9	#main.py
10	newArr = reverseArray([1,2,3,4])
11	print(newArr)

All Questions

Hint 1

Hint 2

See Answer

#Silver 4

Hint One - Random Order no Indetention

for x in range(len(arr)):

count = 0

count = count + arr[x]

#main.py

print(r)

r = sumArray([2,3,2,3,2])

return count

#functions.py

def sumArray(arr):

Hint Two - Random Order including Indetention

for x in range(len(arr)):

count = 0

count = count + arr[x]

#main.py

print(r)

r = sumArray([2,3,2,3,2])

return count

#functions.py

def sumArray(arr):

Answer

1	#functions.py
2	def sumArray(arr):
3	count = 0
4	for x in range(len(arr)):
5	count = count + arr[x]
6	return count
7
8	#main.py
9	r = sumArray([2,3,2,3,2])
10	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Silver 5

Hint One - Random Order no Indetention

es = es + " "

es = es + s[x]

#functions.py

es = ""

else:

for x in range(len(s)):

if s[x] == " ":

return es

r = moreSpaces("This is a test")

print(r)

#main.py

def moreSpaces(s):

Hint Two - Random Order including Indetention

es = es + " "

es = es + s[x]

#functions.py

es = ""

else:

for x in range(len(s)):

if s[x] == " ":

return es

r = moreSpaces("This is a test")

print(r)

#main.py

def moreSpaces(s):

Answer

1	#functions.py
2	def moreSpaces(s):
3	es = ""
4	for x in range(len(s)):
5	if s[x] == " ":
6	es = es + " "
7	else:
8	es = es + s[x]
9	return es
10
11	#main.py
12	r = moreSpaces("This is a test")
13	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Silver 6

Hint One - Random Order no Indetention

es = es + " "

print(r)

def moreSpaces(s):

es = ""

for x in range(len(s)):

#functions.py

else:

r = moreSpaces("This is a test")

#main.py

if s[x] == " ":

r = moreSpaces(r)

return es

es = es + s[x]

Hint Two - Random Order including Indetention

es = es + " "

print(r)

def moreSpaces(s):

es = ""

for x in range(len(s)):

#functions.py

else:

r = moreSpaces("This is a test")

#main.py

if s[x] == " ":

r = moreSpaces(r)

return es

es = es + s[x]

Answer

1	#functions.py
2	def moreSpaces(s):
3	es = ""
4	for x in range(len(s)):
5	if s[x] == " ":
6	es = es + " "
7	else:
8	es = es + s[x]
9	return es
10
11	#main.py
12	r = moreSpaces("This is a test")
13	r = moreSpaces(r)
14	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Silver 6 - Alternative

Hint One - Random Order no Indetention

#main.py

r = moreSpaces(moreSpaces("This is a test"))

print(r)

Answer

1	#main.py
2	r = moreSpaces(moreSpaces("This is a test"))
3	print(r)

All Questions

Hint 1

See Answer

#Gold 1

Hint One - Random Order no Indetention

#Remember when return is executed nothing else runs, if it reaches here it has only seen 1s or 0s

print(r)

for x in range(len(s)):

return True

#main.py

r = isBinary("122101")

if s[x] != "0" and s[x] != "1":

print(r)

r = isBinary("10101")

def isBinary(s):

return False

#functions.py

Hint Two - Random Order including Indetention

#Remember when return is executed nothing else runs, if it reaches here it has only seen 1s or 0s

print(r)

for x in range(len(s)):

return True

#main.py

r = isBinary("122101")

if s[x] != "0" and s[x] != "1":

print(r)

r = isBinary("10101")

def isBinary(s):

return False

#functions.py

Answer

1	#functions.py
2	def isBinary(s):
3	for x in range(len(s)):
4	if s[x] != "0" and s[x] != "1":
5	return False
6	#Remember when return is executed nothing else runs, if it reaches here it has only seen 1s or 0s
7	return True
8
9	#main.py
10	r = isBinary("10101")
11	print(r)
12
13	r = isBinary("122101")
14	print(r)

All Questions

Hint 1

Hint 2

See Answer

#Gold 2

Hint One - Random Order no Indetention

#main.py

print(zeroes)

zeroes = howManyZeroes(200300)

return count

break

count = count + 1

def howManyZeroes(num):

print(zeroes)

if char == "0":

#functions.py

count = 0

else:

num = str(num)

char = num[len(num)-1-x]

zeroes = howManyZeroes(230000)

for x in range(len(num)):

Hint Two - Random Order including Indetention

#main.py

print(zeroes)

zeroes = howManyZeroes(200300)

return count

break

count = count + 1

def howManyZeroes(num):

print(zeroes)

if char == "0":

#functions.py

count = 0

else:

num = str(num)

char = num[len(num)-1-x]

zeroes = howManyZeroes(230000)

for x in range(len(num)):

Answer

1	#functions.py
2	def howManyZeroes(num):
3	num = str(num)
4	count = 0
5	for x in range(len(num)):
6	char = num[len(num)-1-x]
7	if char == "0":
8	count = count + 1
9	else:
10	break
11	return count
12
13	#main.py
14	zeroes = howManyZeroes(200300)
15	print(zeroes)
16	zeroes = howManyZeroes(230000)
17	print(zeroes)

All Questions

Hint 1

Hint 2

See Answer

#Gold 3

Hint One - Random Order no Indetention

return commas + " and " + arr[-1]

#functions.py

print(z)

commas = ", ".join(arr[:-1])

return arr[0]

if len(arr) == 0:

def printMultiplePeople(arr):

#main.py

arr = ["Bob","Fred"]

else:

return ""

elif len(arr) == 1:

z = printMultiplePeople(arr)

Hint Two - Random Order including Indetention

return commas + " and " + arr[-1]

#functions.py

print(z)

commas = ", ".join(arr[:-1])

return arr[0]

if len(arr) == 0:

def printMultiplePeople(arr):

#main.py

arr = ["Bob","Fred"]

else:

return ""

elif len(arr) == 1:

z = printMultiplePeople(arr)

Answer

1	#functions.py
2	def printMultiplePeople(arr):
3	if len(arr) == 0:
4	return ""
5	elif len(arr) == 1:
6	return arr[0]
7	else:
8	commas = ", ".join(arr[:-1])
9	return commas + " and " + arr[-1]
10
11	#main.py
12	arr = ["Bob","Fred"]
13	z = printMultiplePeople(arr)
14	print(z)

All Questions

Hint 1

Hint 2

See Answer

#Gold 4

Hint One - Random Order no Indetention

for x in range(len(results)):

if num.isdigit() == False:

print("Pass")

if isfloat(results[x]) == answers[x]:

def isfloat(num):

if num[0] == "-":

elif num.count(".") > 1:

results = ["1","2.4","-2.4","a","a.5","-3","4.0","ab.cd","1000","2.4.1"]

else:

print("Fail")

#main.py

return False

return True

#functions.py

num = num.replace(".","")

num = num[1:]

num = str(num)

if num.count(".") == 1:

return False

answers = [True,True,True,False,False,True,True,False,True,False]

Hint Two - Random Order including Indetention

for x in range(len(results)):

if num.isdigit() == False:

print("Pass")

if isfloat(results[x]) == answers[x]:

def isfloat(num):

if num[0] == "-":

elif num.count(".") > 1:

results = ["1","2.4","-2.4","a","a.5","-3","4.0","ab.cd","1000","2.4.1"]

else:

print("Fail")

#main.py

return False

return True

#functions.py

num = num.replace(".","")

num = num[1:]

num = str(num)

if num.count(".") == 1:

return False

answers = [True,True,True,False,False,True,True,False,True,False]

Answer

1	#functions.py
2	def isfloat(num):
3	num = str(num)
4
5	if num.count(".") == 1:
6	num = num.replace(".","")
7	elif num.count(".") > 1:
8	return False
9
10	if num[0] == "-":
11	num = num[1:]
12
13	if num.isdigit() == False:
14	return False
15
16	return True
17
18	#main.py
19	results = ["1","2.4","-2.4","a","a.5","-3","4.0","ab.cd","1000","2.4.1"]
20	answers = [True,True,True,False,False,True,True,False,True,False]
21
22	for x in range(len(results)):
23	if isfloat(results[x]) == answers[x]:
24	print("Pass")
25	else:
26	print("Fail")

All Questions

Hint 1

Hint 2

See Answer

#Gold 5

Hint One - Random Order no Indetention

s = s + arr[x][y]

s = s + "\n"

for y in range(len(arr[x])):

s = ""

#main.py

for x in range(len(arr)):

return s

example = [[".",".","."],["-","-","-"],["@","@","@"]]

string = print2DArray(example)

def print2DArray(arr):

print(string)

#functions.py

Hint Two - Random Order including Indetention

s = s + arr[x][y]

s = s + "\n"

for y in range(len(arr[x])):

s = ""

#main.py

for x in range(len(arr)):

return s

example = [[".",".","."],["-","-","-"],["@","@","@"]]

string = print2DArray(example)

def print2DArray(arr):

print(string)

#functions.py

Answer

1	#functions.py
2	def print2DArray(arr):
3	s = ""
4	for x in range(len(arr)):
5	for y in range(len(arr[x])):
6	s = s + arr[x][y]
7	s = s + "\n"
8	return s
9
10	#main.py
11	example = [[".",".","."],["-","-","-"],["@","@","@"]]
12	string = print2DArray(example)
13	print(string)

All Questions

Hint 1

Hint 2

See Answer

#Gold 6

Hint One - Random Order no Indetention

newarr.append(arr[x][n])

#main.py

newarr = []

example = [["1","2","3"],["4","5","6"],["7","8","9"]]

for x in range(len(arr)):

#functions.py

def getColumn(arr,n):

newArray = getColumn(example,1)

print(newArray)

return newarr

Hint Two - Random Order including Indetention

newarr.append(arr[x][n])

#main.py

newarr = []

example = [["1","2","3"],["4","5","6"],["7","8","9"]]

for x in range(len(arr)):

#functions.py

def getColumn(arr,n):

newArray = getColumn(example,1)

print(newArray)

return newarr

Answer

1	#functions.py
2	def getColumn(arr,n):
3	newarr = []
4	for x in range(len(arr)):
5	newarr.append(arr[x][n])
6	return newarr
7
8	#main.py
9	example = [["1","2","3"],["4","5","6"],["7","8","9"]]
10	newArray = getColumn(example,1)
11	print(newArray)

All Questions

Hint 1

Hint 2

See Answer

#Gold 7

Hint One - Random Order no Indetention

#Add an extra char to the end so the final item is added

sa = splitArr("this is a test string"," ")

newarr.append(es)

print(sa)

#functions.py

es = es + string[x]

def splitArr(string,char):

string = string + char

es = ""

newarr = []

if string[x] == char:

es = ""

return newarr

for x in range(len(string)):

#main.py

else:

Hint Two - Random Order including Indetention

#Add an extra char to the end so the final item is added

sa = splitArr("this is a test string"," ")

newarr.append(es)

print(sa)

#functions.py

es = es + string[x]

def splitArr(string,char):

string = string + char

es = ""

newarr = []

if string[x] == char:

es = ""

return newarr

for x in range(len(string)):

#main.py

else:

Answer

1	#functions.py
2	def splitArr(string,char):
3	#Add an extra char to the end so the final item is added
4	string = string + char
5	newarr = []
6	es = ""
7	for x in range(len(string)):
8	if string[x] == char:
9	newarr.append(es)
10	es = ""
11	else:
12	es = es + string[x]
13	return newarr
14
15	#main.py
16	sa = splitArr("this is a test string"," ")
17	print(sa)

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

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

#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 6 - Alternative

Hint One - Random Order no 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

Hint Two - Random Order including Indetention

Answer

#Gold 6

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

#Gold 7

Hint One - Random Order no Indetention

Hint Two - Random Order including Indetention

Answer

Copied!