(Introduction to Python) Include your name and program output in a comment at the top of the script you submit. Note: upload a script for example scriptname.py (do not copy-paste the interactive mode commands) Write complete code that asks the user to input two integer numbers. Define and call a function called remainder that takes two parameters x and y and prints the remainder when x is divided by y. When y is zero, it should not perform the division and instead print "cannot divide by zero" to prevent the runtime error. Sample output is as follows: Enter a number: x Enter another number: y Remainder of x divided by y is z (you'll fill in the values of x, y and z)

(python) 9. Create a function based on the following information: You are given two strings with words separated by commas. Try to find what is common between these strings. The words in the same string don't repeat. Your function should find all of the words that appear in both strings. The result must be represented as a string of words separated by commas in alphabetic order. Input: Two arguments as strings. Output: The common words as a string. Return: Nothing is returned

please quickly  thanks ! use Python

(a) Write the following functions and their docstrings: • between (num1, num2, num3) takes 3 integer arguments and returns True if num2 is between num1 and num3. It is not between them if it is equal to either of the other two. For example, given the inputs 5, 3 and 0, the value returned should be True. Given the inputs -2, 2 and 2, False should be returned. Note that there is no restriction that num1 must be less than num3. • majorityEven (num_list) returns True if more than half of the integers in the num_list are di- visible by 2, with no remainder, otherwise it returns False. The list can be of any size. Recall that zero is divisible by 2 with no remainder. For example, the function should return False for the list [1,2,3,6] (as only two of the four numbers are divisible by 2) and True for the list [0,1,-4] (as two of the three numbers are divisible by 2). (b) Generate at least six test cases for each function you wrote in part (a). You may use white-box and/or black-box test case…