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Alex wants to research the 1960’s feminist movement. They read articles from the time period, watches documentaries, reads scholarly journals on the topic, and interviews influential women from the movement.  What kind of research method is Alex using?

What is the most appropriate therapeutic response to a parent who says “It is my right to NOT vaccinate my child!”

Which lines will be printed when the following Python code is executed? [Negative points for wrong answers] x = 20y = 10z = 30if x == 10: print(“Hi 10”) if y == 20: print(“Hi 20”) else: print(“Hi 30”)elif y == 20: print(“Hi 40”)else: print(“Hi 50”) if z == 30: print(“Hi 60”) else: print(“Hi 70”)  

ERD is commonly used for? 

An author can write many books while a book can have one author. What is the relationship from Author to Book?

How many tables do you need to implement a many-to-many relationship in a relational database? 

A manager must manage one department and a department must have one manager and. This is an example of which combination?

ERD does not use ___ as its core component?

Upload your solution as a .py file. Write a Python program (no need to write any function) that will read a bunch (how many is not specified) of letters each separated by a space from the previous one. Your program will assign these letters to a list. The way to do so is illustrated in the following code sample that you will have to adapt to your needs: letters = []letters = input().split()print(f’Your input, as a list, is: {letters}’) Now that you have a list containing each of the letters that were entered by the user, we want to keep only one of each of the letters. For example, if the user entered ‘a b c a b d c a b b c c a’ we would want the list to only contain [‘a’ , ‘b’ , ‘c’ , ‘d’]. You will then display that new version of the list of letters.  Finally, your program will display which of the letters in the new list is the closest to the beginning of the alphabet and which one is closest to the end. HINT – you must NOT sort the list to do this. You can simply use functions that we already studied when learning about lists. Sample program execution (user input is in red): Enter a bunch of letters separated by spaces: r a d a r You typed: [‘r’, ‘a’, ‘d’, ‘a’, ‘r’]Your input contains the letters: [‘r’, ‘d’, ‘a’]The closest letter to the start of the alphabet is: aThe closest letter to the end of the alphabet is: r Grading Rubric:  Reading the values into a list correctly and according to the above example (1 point) Keeping only one copy of each letter in the list (1 point) Displaying the letters that are closest to the start / end of the alphabet (1 point)

Upload your solution as a .py file. Write a Python program (no need to write any function) that will read a bunch (how many is not specified) of numbers each separated by a space from the previous one. Your program will assign these numbers to a list. The way to do so is illustrated in the following code sample that you will have to adapt to your needs: numbers = []numbers = input().split()print(f’Your input, as a list, is: {numbers}’) Now that you have a list containing each of the numbers that were entered by the user, we want to keep only one of each of the numbers. For example, if the user entered ’42 23 99 12 23 23 99 42′ we would want the list to only contain [’42’ , ’23’ , ’99’ , ’12’]. You will then display that new version of the list of numbers.  Finally, your program will display the sum of the largest and smallest integer values in your list of numbers. HINT – you must NOT sort the list to do this. You can simply use functions that we already studied when learning about lists. Sample program execution (user input is in red):Enter a bunch of numbers separated by spaces: 12 42 23 42 42 12 23 You typed: [’12’, ’42’, ’23’, ’42’, ’42’, ’12’, ’23’]Your input contains the numbers: [’12’, ’42’, ’23’]The sum of the largest and smallest values is: 54 Grading Rubric:  Reading the values into a list correctly and according to the above example (1 point) Keeping only one copy of each number in the list (1 point) Computing and displaying the sum correctly (1 point)