Part 1 Using an online resource, create a script that interests you in Python. Y

Part 1
Using an online resource, create a script that interests you in Python.
You will need to add additional features such as GUI elements, additional user interaction, or standalone features.
Within a single Microsoft Word document, create a single-column, 6-row table.
Explain the recreated code and its functionality.
Paste your working recreated code. (paste the whole code)
Paste a screenshot of your working code.
Explain your changes and the enhanced functionality.
Paste your working enhanced code. (paste the whole code)
Paste a screenshot of the working enhanced code.
Part 2
Complete “Exercise C.” Summarize your findings in 500-1,000 words. State any assumptions you have made.
Exercise C:
Using the Web, review one of the products listed below.
Relational DBMS
NoSQL DBMS
Multidimensional DBMS
What are the main features and functions of the software? In what companies has the database management system (DBMS) been implemented, and for what purposes? According to the information that you found, what are three strengths and weaknesses of the product?
For “Exercise D,” create a logical data model using a program such as Excel, Visio, Word, or PowerPoint. Apply the rules of normalization to the model to check the model for processing efficiency as directed. Summarize your findings in 500-1,000 words. State any assumptions you have made.
Excercise D:
You have been given a file that contains fields relating to CD information. Using the steps of normalization, create a logical data model that represents this file in third normal form. The fields include the following:Musical group nameMusicians in groupDate group was formedGroup’s agentCD title 1CD title 2CD title 3CD 1 lengthCD 2 lengthCD 3 lengthThe assumptions are as follows:Musicians in group contains a list of the members in the musical group.Musical groups can have more than one CD, so both group name and CD title are needed to uniquely identify a particular CD.
Submit the paper for “Exercise C” and the logical data model and associated written summary for “Exercise D.”