from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000,10,1000,-50)['add']
var_2 = function_2b('Seminars','Borrel')['C']
var_3 = str(function_2c(1000,10,1000,-50)['multiply']) + function_2b('cls','cls')['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = ((function_2c(1000,5,10,-50)["add"]))
var_2 = ((function_2b("Seminars","Borrel")["C"]))
"""
Final comment:
The only mistake why var_3 didn't give the right result was because of an extra parenthesis ( after function_2b.
By bringing the ( forward the mistake was fixed:
function_2b(("CLS","cLs")["L"]) --> (function_2b("CLS","cLs")["L"])
"""
var_3 = str((function_2c(5,10,1000,100)["multiply"])) + (function_2b("CLS","cLs")["L"])
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 10, 5, 50)['subtract']
var_2 = function_2b('Seminars', 'Borrel')['C']
var_3 = str(function_2c(5,10,1000,-50)['multiply']) \
+ function_2b("CLS","cls")['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(x=5, y=100, w=1000, z=50)["subtract"]
var_2 = function_2b("Seminars", "Borrel")["C"]
var_3 = str(function_2c(x=1000, y=10, z=5, w=-50)["multiply"]) + function_2b(
"cLs", "")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 10, 5, -50)['add']
var_2 = function_2b('Seminars', 'Borrel')['C']
var_3 = str(function_2c(5, 10, 1000, 100)['multiply']) + function_2b(
'CLS', 'seminars')['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(x=5, y=5, w=1000, z=50)
var_1 = var_1['subtract']
var_2 = function_2b('Seminars', 'Borrel')
var_2 = var_2['C']
var_3 = str((function_2c(x=10, y=1000, w=5, z=5))['multiply']) + function_2b('cls', 'CLS')['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 1000, -50, -50)["add"]
var_2 = function_2b("Seminars", "Borrel")["C"]
var_3 = (str(function_2c(1000, 1000, 10, 1000)["multiply"]) +
function_2b("CLS", "cls")["L"])
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1_temp = function_2c(1,10,100,1)["multiply"]
var_1 = function_2c(var_1_temp, 1, 1, 50)["subtract"]
var_2 = function_2b("Seminars", "Borrel")["C"]
var_3 = str(function_2c(1,100,100,1)["multiply"]) + function_2b("CLS", "nothing")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2b(1000, -50)["C"]
var_2 = function_2c("Seminars", 0, 0, "Borrel")["add"]
var_3 = str(function_2c(0, 1000, 10, 0)["multiply"]) + function_2b("CLS")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
---
function_2c:
Argument:
w, x, y, z -- floats or integers, y != 0
Returns:
results -- dictionary of:
-- multiply, x * y
-- divide, x / y
-- add, w + z
-- subtract, w - z
"""
var_2 = function_2b("","s")['U'] + function_2b("eminars","B")['C'] + function_2b("orrel","")['L']
var_1 = function_2c(5,95,10,1)['multiply']
var_3 = str(function_2c(10,100,100,10)['multiply']) + function_2b("cls","")['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000,5,10,-50).get("add")
var_2 = function_2b("Seminars","Borrel").get("C")
var_3 = str(function_2c(5,1000,10,-50).get("multiply")) + function_2b("CLS","cls").get("L")
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 5, 5, -50)["add"]
var_2 = function_2b('Seminars', 'Borrel')["C"]
var_3 = str(function_2c(5, 1000, 10, 5)['multiply']) + function_2b(
'CLS', 'CLS')["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_2 = function_2b("Seminars", "Borrel")['C']
var_1 = function_2c(1000, 100, 10, -50)['add']
var_3 = str(function_2c(5, 1000, 10, 10)['multiply']) + function_2b(
"cLs", "CLS")['L']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2b(...)
var_2 = function_2c(...)
var_3 = str(function_2b(...)) + function_2c(...)
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 1, 1, 50)['subtract']
var_2 = function_2b("Seminars", "Borrel")['C']
var_3 = str(function_2c(10000, 1, 1, 0)['subtract']) + function_2b('cls',
'')['C']
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 5, 10, -50)
var_1 = var_1["add"]
var_2 = function_2b("Seminars", "Borrel")
var_2 = var_2["C"]
var_3 = str(function_2c(10, 10, 1000, 10)["multiply"]) + function_2b(
"CLS", "CLS")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 50, 50, 50)["subtract"]
var_2 = function_2b("Seminars", "Borrel")["C"]
var_3 = str(function_2c(9950, 20, 20, 50)["add"]) + function_2b(
'cls', "not used")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
var_1 = function_2c(1000, 1000, 1000, -50)["add"]
var_2 = function_2b('Seminars', 'Borrel')['C']
var_3 = str(function_2c(100, 100, 100, 100)["multiply"]) + function_2b(
"cLs", "CLS")["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
from assignment_2b import function_2b from assignment_2c import function_2c """ Used the imported functions (function_2b and function_2c) and the documentation provided by your teammates to generate the correct answers below. You can use the following numbers and strings as input for the 2 functions: [5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel'] Run the script to see if you succeeded! PS: Multiple combinations are possible, just give a correct one. """ ''' function_2b(string1, string2): Takes in 2 strings as arguments. Returns a dict with 3 strings as values. Transforms string1 into lowercase strings. Transforms string2 into uppercase strings Combines String 1 and 2 together. Puts them in a dict with keys "L" for lower, "U" for upper and "C" for combined function_2c(w, x, y, z): takes in 4 integer arguments, w, x, y, z. Returns a dict with 4 integers as values.: the keyse are: "multiply", mulltiplies x with y. "divide", divides x by y. "add", Add z to w. "subtract", Subtracts z from w. '''
from assignment_2b import function_2b
from assignment_2c import function_2c
"""
Used the imported functions (function_2b and function_2c) and the documentation
provided by your teammates to generate the correct answers below. You can use
the following numbers and strings as input for the 2 functions:
[5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
Run the script to see if you succeeded! PS: Multiple combinations are possible,
just give a correct one.
"""
input = [5, 10, 100, 1000, -50, 'seminars', 'Seminars', 'CLS', 'cLs', 'Borrel']
var_1 = function_2c(1000, 10, 10, -50)["add"]
var_2 = function_2b('Seminars', 'Borrel')["C"]
var_3 = str(function_2c(-50, 10, 1000, -50)["multiply"]) + function_2b(
'CLS', 'Borrel')["L"]
if var_1 == 950:
print("Good job!")
if var_2 == "SeminarsBorrel":
print("Well done!")
if var_3 == "10000cls":
print("Excellent!")
