Upload your solution as a .py file. Write a Python program (…

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 = . 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: Your input contains the letters: 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 (…

Upload your solution as a .py file. Write a Python program (no need to write any function) that creates a named tuple defined as follows:  The name of the variable holding the named tuple object is Employee, the name of the named tuple is also Employee The name of the fields inside the named tuple are (in order) the names in the column headers of the table below You will then create one object of that named tuple data type per row of the following table last_name first_name salary last_evaluation_rating Smith John 30000 5 Smith Jack 40000 3 Smith Jill 50000 5 You will then display the information about each of these objects on the screen.   Sample Program Execution (no user input):  Employee(last_name=’Smith’, first_name=’John’, salary=30000, last_evaluation_rating=5)Employee(last_name=’Smith’, first_name=’Jack’, salary=40000, last_evaluation_rating=3)Employee(last_name=’Smith’, first_name=’Jill’, salary=50000, last_evaluation_rating=5) Grading Rubric 1 point for defining the named tuple 1.5 points for creating the three named tuples objects 1.5 points for displaying the three named tuples as illustrated above

Two Georgia Tech students are in the development stages for…

Two Georgia Tech students are in the development stages for WhereUWalk – a U.S.-based company that uses artificial intelligence to analyze the walking gaits of individuals to determine the identity of these individuals. The videos used for this analysis are acquired from video cameras on urban streets. Although the company has yet to earn any annual gross revenues, WhereUWalk expects its primary clients will be major sporting events, such as Major League Baseball games, where the company will be contracted to identify known terrorists attempting to enter the venues. Each of these stadiums will have a seating capacity of at least 25,000 people. Due to legal concerns related to newly enacted state comprehensive privacy laws, WhereUWalk decides not to originally roll out the company in these states. WhereUWalk’s two founders have expressed concern over the possibility of a nation-state attack, where a foreign government would be seeking to steal the company’s patented technology. The company’s Chief Privacy Officer is concerned about whether the company will need to comply with state data breach notification laws if a nation-state attack occurs. In determining whether WhereUWalk’s data is subject to most state data breach notification laws, which potentially conflicting issues will the Chief Privacy Officer likely need to examine?

Online Money, a company based in Denver, Colorado, provides…

Online Money, a company based in Denver, Colorado, provides online services that allow its one million customers to make electronic transactions using digital currencies.  In October 2023, Online Money learned that hackers had stolen a total of $500,000 from customers. After a brief internal investigation by the incident response team, Online Money learned that these hackers had gained access to the company’s system when two security keys required to access the company’s systems were stored on the same device. Online Money’s CEO is aware that the company must comply with state data breach notification laws but worries that the company must also protect personal data under state comprehensive privacy laws. According to the NIST Cybersecurity Framework, Online Money likely should: