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02.py

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+print (97*43)

03.py

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+print ("Hello Greenwich!")

03Multiplication.py

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+number1_str = input("First number: ")
+number2_str = input("Second number: ")
+number1 = int(number1_str)
+number2 = int(number2_str)
+combination = number1 * number2
+combination_str = str(combination)
+print("Answer: " + combination_str)
+
+print()
+input("Press return to continue ...")

04 FirstProgram.py

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+print ("This is my first program")

04Division.py

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+print("Answer: " + str(int(input(" First number: ")) / int(input("Second number: "))))
+
+print()
+input("Press return to continue ...")

05RandomValues.py

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+from random import randint
+
+min_str = input("Min: ")
+max_str = input("Max: ")
+minimum = int(min_str)
+maximum = int(max_str)
+random1 = randint(minimum, maximum)
+random2 = randint(minimum, maximum)
+random3 = randint(minimum, maximum)
+random4 = randint(minimum, maximum)
+random5 = randint(minimum, maximum)
+print(str(random1) + " " + str(random2) + " " + str(random3) + " " + str(random4) + " " + str(random5))
+
+print()
+input("Press return to continue ...")

05a.py

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+from turtle import *
+forward (200)
+left (90)
+forward (100)
+left (90)
+forward (200)
+left (90)
+forward (100)
+left (90)

05b.py

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+from turtle import *
+
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+
+penup()
+forward (100)
+goto (200,0)
+pendown()
+
+
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+

05c.py

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+from turtle import *
+
+forward (100)
+left (120)
+forward (100)
+left (120)
+forward (100)
+left (120)
+
+
+
+

05d.py

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+from turtle import *
+
+fillcolor("red")
+begin_fill()
+forward (100)
+left (120)
+forward (100)
+left (120)
+forward (100)
+left (120)
+end_fill()
+
+penup()
+forward (0)
+goto (0,-100)
+pendown()
+
+fillcolor("yellow")
+begin_fill()
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+forward (100)
+left (90)
+end_fill()

05e.py

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+from turtle import *
+
+fillcolor("orange")
+begin_fill()
+forward (100)
+left (60)
+forward (100)
+left (60)
+forward (100)
+left (60)
+forward (100)
+left (60)
+forward (100)
+left (60)
+forward (100)
+left (60)
+end_fill()
+
+penup()
+forward (0)
+goto (10,15)
+pendown()
+
+fillcolor("green")
+begin_fill()
+forward (80)
+left (60)
+forward (80)
+left (60)
+forward (80)
+left (60)
+forward (80)
+left (60)
+forward (80)
+left (60)
+forward (80)
+left (60)
+end_fill()

06HelloLucky.py

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+from random import randint
+
+name = input("What is your name? ")
+random_num = randint(int (1), int (100))
+
+print("Hello "+name+", your lucky number is "+str(random_num))

07HelloLuckyYear.py

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+from random import randint
+
+name = input("What is your name? ")
+
+birth_year = int(input("What is your year of birth? "))
+
+random_num = randint(int (0), int (70))
+
+addition= birth_year + random_num
+
+print("Hello "+name+", your lucky year is "+str(addition))
+
+

[2] 02HelloName.py

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+name = input("What is your name? ")
+print("Hello " + name + ", COMP1753 module leader")
+
+print()
+input("Press return to continue ...")

[2]05Calculator_ifElifElse.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+def calculate(number1, number2, operation):
+    if operation == "+":
+        combination = number1 + number2
+    elif operation == "-":
+        combination = number1 - number2
+    elif operation == "*":
+        combination = number1 * number2
+    elif operation == "/":
+        combination = number1 / number2
+    else:
+        combination = "ERROR ... '" + operation + "' unrecognised"
+    return combination
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+number1 = input_and_convert("First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+operation = input_and_convert("Operation [+, -, *, /]: ", str)
+
+combination = calculate(number1, number2, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")

[3] 05HelloNames.py

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+first_name = input("What is your first name? ")
+last_name = input("What is your last name? ")
+print("Hello " + first_name + " " + last_name + ", COMP1753 module leader")
+
+print()
+input("Press return to continue ...")

[3]10Calculator_bug_scope.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+
+def calculate(number1, number2, operation):
+    if operation == "+":
+        combination = number1 + number2
+    elif operation == "-":
+        combination = number1 - number2
+    return combination
+
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+
+number1 = input_and_convert(" First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+operation = input_and_convert("Operation [+, -]: ", str)
+
+combination = calculate(number1, number2, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")

[3]11Calculator_parameters.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+
+def calculate(number1, number2, operation):
+    if operation == "+":
+        combination = number1 + number2
+    elif operation == "-":
+        combination = number1 - number2
+    return combination
+
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+
+number1 = input_and_convert(" First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+operation = input_and_convert("Operation [+, -]: ", str)
+
+combination = calculate(number1, number2, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")

[3]12Calculator_arguments1.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+
+def calculate(number1, number2, number3, operation):
+    if operation == "+":
+        combination = number1 + number2 + number3
+    elif operation == "-":
+        combination = number1 - number2 - number3
+    return combination
+
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+
+number1 = input_and_convert(" First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+number3 = input_and_convert(" Third number: ", int)
+
+operation = input_and_convert("Operation [+, -]: ", str)
+
+combination = calculate(number1, number2, number3, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")

[3]13Calculator_arguments2.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+
+def calculate(number1, number2, operation):
+    if operation == "+":
+        combination = number1 + number2
+    elif operation == "-":
+        combination = number1 - number2
+    return combination
+
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+
+number1 = input_and_convert(" First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+operation = input_and_convert("Operation [+, -]: ", str)
+
+combination = calculate(number1, number2, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")

[3]15Calculator_bug_return.py

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+def input_and_convert(prompt, conversion_fn):
+    string = input(prompt)
+    number = conversion_fn(string)
+    return number
+
+
+def calculate(number1, number2, operation):
+    if operation == "+":
+        combination = number1 + number2
+    elif operation == "-":
+        combination = number1 - number2
+    return combination
+
+
+def output(parameter1, parameter2):
+    parameter1_str = str(parameter1)
+    parameter2_str = str(parameter2)
+    print(parameter1_str + parameter2_str)
+
+
+number1 = input_and_convert(" First number: ", int)
+
+number2 = input_and_convert("Second number: ", int)
+
+operation = input_and_convert("Operation [+, -]: ", str)
+
+combination = calculate(number1, number2, operation)
+
+output("Answer: ", combination)
+
+print()
+input("Press return to continue ...")