#Silver 1

Hint One - Random Order no Indetention

print("Enter a username")

for x in range(len(usernamelist)):

break

i = input()

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

print("Username exists")

if usernamelist[x][0] == i:

Hint Two - Random Order including Indetention

print("Enter a username")

for x in range(len(usernamelist)):

break

i = input()

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

print("Username exists")

if usernamelist[x][0] == i:

Answer

1	usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]
2	print("Enter a username")
3	i = input()
4	for x in range(len(usernamelist)):
5	if usernamelist[x][0] == i:
6	print("Username exists")
7	break
8

All Questions

Hint 1

Hint 2

See Answer

#Silver 2

Hint One - Random Order no Indetention

exit()

print("Enter a username")

print("Valid Login")

while True:

if usernamelist[x][0] == i and usernamelist[x][1] == p:

p = input()

print("Enter a password")

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

for x in range(len(usernamelist)):

print("Invalid, please try again")

i = input()

Hint Two - Random Order including Indetention

exit()

print("Enter a username")

print("Valid Login")

while True:

if usernamelist[x][0] == i and usernamelist[x][1] == p:

p = input()

print("Enter a password")

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

for x in range(len(usernamelist)):

print("Invalid, please try again")

i = input()

Answer

1	usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]
2	while True:
3	print("Enter a username")
4	i = input()
5	print("Enter a password")
6	p = input()
7	for x in range(len(usernamelist)):
8	if usernamelist[x][0] == i and usernamelist[x][1] == p:
9	print("Valid Login")
10	exit()
11	print("Invalid, please try again")

All Questions

Hint 1

Hint 2

See Answer

#Silver 3

Hint One - Random Order no Indetention

print("Valid Login")

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

print("Enter a password")

continue

print("Enter a username")

for x in range(len(usernamelist)):

exit()

t = input()

if usernamelist[x][0] == i and usernamelist[x][1] == p:

if restart == True:

print("Username exists")

else:

restart = True

print("Sign up or Login?")

restart = False

if i.lower() == "sign up":

if usernamelist[x][0] == i:

p = input()

break

while True:

usernamelist.append([i,p])

i = input()

print("Invalid, please try again")

Hint Two - Random Order including Indetention

print("Valid Login")

usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]

print("Enter a password")

continue

print("Enter a username")

for x in range(len(usernamelist)):

exit()

t = input()

if usernamelist[x][0] == i and usernamelist[x][1] == p:

if restart == True:

print("Username exists")

else:

restart = True

print("Sign up or Login?")

restart = False

if i.lower() == "sign up":

if usernamelist[x][0] == i:

p = input()

break

while True:

usernamelist.append([i,p])

i = input()

print("Invalid, please try again")

Answer

1	usernamelist = [["brian424","password"], ["jeffiscool","StarWaRs"], ["SirNigelBigglesworth","2Point"]]
2	while True:
3	print("Sign up or Login?")
4	t = input()
5
6	print("Enter a username")
7	i = input()
8	print("Enter a password")
9	p = input()
10
11	if i.lower() == "sign up":
12	restart = False
13	for x in range(len(usernamelist)):
14	if usernamelist[x][0] == i:
15	print("Username exists")
16	restart = True
17	break
18	if restart == True:
19	continue
20	usernamelist.append([i,p])
21	else:
22	for x in range(len(usernamelist)):
23	if usernamelist[x][0] == i and usernamelist[x][1] == p:
24	print("Valid Login")
25	exit()
26	print("Invalid, please try again")

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Hint 1

Hint 2

See Answer

#Silver 4

Hint One - Random Order no Indetention

break

print("3) Quit")

print("Enter an item to add")

print("Press enter to continue")

orders[n].append(a)

orders = [[],[],[],[],[]]

import replit, time

orders[n] = []

while True:

print("Table " + str(x+1))

print(orders[x])

print("Enter an option")

a = input()

replit.clear()

if i == "1":

print("2) Bill and clear a table")

print("Price: £" + str(price))

price = len(orders[n]) * 2.5

i = input()

n = input()

n = int(n) - 1

print("Enter a table")

for x in range(len(orders)):

input()

print("1) Add an item to the table")

if i == 3:

elif i == "2":

replit.clear()

print()

Hint Two - Random Order including Indetention

break

print("3) Quit")

print("Enter an item to add")

print("Press enter to continue")

orders[n].append(a)

orders = [[],[],[],[],[]]

import replit, time

orders[n] = []

while True:

print("Table " + str(x+1))

print(orders[x])

print("Enter an option")

a = input()

replit.clear()

if i == "1":

print("2) Bill and clear a table")

print("Price: £" + str(price))

price = len(orders[n]) * 2.5

i = input()

n = input()

n = int(n) - 1

print("Enter a table")

for x in range(len(orders)):

input()

print("1) Add an item to the table")

if i == 3:

elif i == "2":

replit.clear()

print()

Answer

1	import replit, time
2	orders = [[],[],[],[],[]]
3	while True:
4	for x in range(len(orders)):
5	print("Table " + str(x+1))
6	print(orders[x])
7	print()
8	print("1) Add an item to the table")
9	print("2) Bill and clear a table")
10	print("3) Quit")
11	print("Enter an option")
12	i = input()
13	if i == 3:
14	break
15	replit.clear()
16	print("Enter a table")
17	n = input()
18	n = int(n) - 1
19	if i == "1":
20	print("Enter an item to add")
21	a = input()
22	orders[n].append(a)
23	elif i == "2":
24	price = len(orders[n]) * 2.5
25	print("Price: £" + str(price))
26	orders[n] = []
27	print("Press enter to continue")
28	input()
29	replit.clear()

All Questions

Hint 1

Hint 2

See Answer

#Gold 1

Hint One - Random Order no Indetention

arr[x].append(n)

if found == False:

arr = [["Emma"],["Jerome"],["Chloe"]]

print(arr)

print("Enter a name")

while True:

for x in range(len(arr)):

found = True

print("Enter a number")

n = input()

if arr[x][0] == i:

i = input()

found = False

arr.append([i,n])

Hint Two - Random Order including Indetention

arr[x].append(n)

if found == False:

arr = [["Emma"],["Jerome"],["Chloe"]]

print(arr)

print("Enter a name")

while True:

for x in range(len(arr)):

found = True

print("Enter a number")

n = input()

if arr[x][0] == i:

i = input()

found = False

arr.append([i,n])

Answer

1	arr = [["Emma"],["Jerome"],["Chloe"]]
2	while True:
3	print("Enter a name")
4	i = input()
5	print("Enter a number")
6	n = input()
7	found = False
8	for x in range(len(arr)):
9	if arr[x][0] == i:
10	arr[x].append(n)
11	found = True
12	if found == False:
13	arr.append([i,n])
14	print(arr)

All Questions

Hint 1

Hint 2

See Answer

#Gold 2

Hint One - Random Order no Indetention

if len(sArr) > 0:

bigArr = []

if len(sArr) == 3:

sArr = []

for x in range(len(oneDimention)):

bigArr.append(sArr)

sArr = []

print(bigArr)

bigArr.append(sArr)

sArr.append(oneDimention[x])

oneDimention = [5,7,4,1,2,3,56,76,8,67,6,5,2,13,52,1]

Hint Two - Random Order including Indetention

if len(sArr) > 0:

bigArr = []

if len(sArr) == 3:

sArr = []

for x in range(len(oneDimention)):

bigArr.append(sArr)

sArr = []

print(bigArr)

bigArr.append(sArr)

sArr.append(oneDimention[x])

oneDimention = [5,7,4,1,2,3,56,76,8,67,6,5,2,13,52,1]

Answer

1	oneDimention = [5,7,4,1,2,3,56,76,8,67,6,5,2,13,52,1]
2	bigArr = []
3	sArr = []
4	for x in range(len(oneDimention)):
5	sArr.append(oneDimention[x])
6	if len(sArr) == 3:
7	bigArr.append(sArr)
8	sArr = []
9	if len(sArr) > 0:
10	bigArr.append(sArr)
11	print(bigArr)

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Hint 1

Hint 2

See Answer

#Gold 3

Hint One - Random Order no Indetention

elif i == "A":

cx = cx - 1

for x in range(len(maze)):

oy = cy #Stores the original incase the move is invalid

replit.clear()

cx = ox

i = input().upper()

cx = x

["#","C","#"," "," "," ","#"],

cy = cy -1

["#","#"," "," ","#"," ","#"],

cy = -1

maze[cx][cy] = "C"

if i == "W":

import replit

else:

maze = [

maze[ox][oy] = " "

cy = oy

print(" ".join(maze[x]))

while True:

["#"," "," ","#"," "," ","#"],

["#","#","#","#","#","#","#"],

if maze[cx][cy] == "@":

cx = -1

cy = y

cy = cy + 1

exit()

cx = cx + 1

print("Enter a direction W/A/S/D")

elif maze[cx][cy] != "#":

["#","#"," ","#","#"," ","#"],

ox = cx #Stores the original incase the move is invalid

if maze[x][y] == "C":

for x in range(len(maze)):

["#","#","#","#","#","@","#"]]

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

elif i == "D":

elif i == "S":

["#"," "," "," ","#"," ","#"],

print("You win!")

["#"," ","#"," ","#"," ","#"],

["#"," ","#"," "," "," ","#"],

Hint Two - Random Order including Indetention

elif i == "A":

cx = cx - 1

for x in range(len(maze)):

oy = cy #Stores the original incase the move is invalid

replit.clear()

cx = ox

i = input().upper()

cx = x

["#","C","#"," "," "," ","#"],

cy = cy -1

["#","#"," "," ","#"," ","#"],

cy = -1

maze[cx][cy] = "C"

if i == "W":

import replit

else:

maze = [

maze[ox][oy] = " "

cy = oy

print(" ".join(maze[x]))

while True:

["#"," "," ","#"," "," ","#"],

["#","#","#","#","#","#","#"],

if maze[cx][cy] == "@":

cx = -1

cy = y

cy = cy + 1

exit()

cx = cx + 1

print("Enter a direction W/A/S/D")

elif maze[cx][cy] != "#":

["#","#"," ","#","#"," ","#"],

ox = cx #Stores the original incase the move is invalid

if maze[x][y] == "C":

for x in range(len(maze)):

["#","#","#","#","#","@","#"]]

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

elif i == "D":

elif i == "S":

["#"," "," "," ","#"," ","#"],

print("You win!")

["#"," ","#"," ","#"," ","#"],

["#"," ","#"," "," "," ","#"],

Answer

1	import replit
2	maze = [
3	["#","#","#","#","#","#","#"],
4	["#","C","#"," "," "," ","#"],
5	["#"," ","#"," ","#"," ","#"],
6	["#"," ","#"," "," "," ","#"],
7	["#"," "," "," ","#"," ","#"],
8	["#","#"," ","#","#"," ","#"],
9	["#"," "," ","#"," "," ","#"],
10	["#","#"," "," ","#"," ","#"],
11	["#","#","#","#","#","@","#"]]
12
13	cx = -1
14	cy = -1
15	for x in range(len(maze)):
16	for y in range(len(maze[x])):
17	if maze[x][y] == "C":
18	cx = x
19	cy = y
20
21	while True:
22	for x in range(len(maze)):
23	print(" ".join(maze[x]))
24	print("Enter a direction W/A/S/D")
25	i = input().upper()
26	ox = cx #Stores the original incase the move is invalid
27	oy = cy #Stores the original incase the move is invalid
28	if i == "W":
29	cx = cx - 1
30	elif i == "A":
31	cy = cy -1
32	elif i == "S":
33	cx = cx + 1
34	elif i == "D":
35	cy = cy + 1
36	if maze[cx][cy] == "@":
37	print("You win!")
38	exit()
39	elif maze[cx][cy] != "#":
40	maze[ox][oy] = " "
41	maze[cx][cy] = "C"
42	else:
43	cx = ox
44	cy = oy
45	replit.clear()
46

All Questions

Hint 1

Hint 2

See Answer

< Home

All Questions

#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

#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

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