we utilized a dynamic programming approach to solve the Robot Problem (Unique Paths), implementing a bottom-up solution. We also provided Python code to demonstrate the solution. Now, your task is to find a similar problem and solve it using dynamic programming. Please explain your approach and provide Python code implementation. (I look forward to seeing interesting problems, like the Robot Problem!)

Use object-oriented design when it makes sense to do so. Structured design is a suitable option when the situation warrants it. Why is anything similar happening, etc.

You may have come across the concept in your study (or your reading) that hidden implementations are often said to exist in a "black box". What are the advantages of this in both programming and real life? Are there any disadvantages? Explain.

Different opinions exist about object-oriented vs procedural programming. Each has its own benefits, drawbacks, and proponents. Discover and summarise the arguments on all sides of this subject. Which side do you agree with? Why?

Question 2 This question provides an opportunity for you to demonstrate your understanding of the problem-solving approach taught in TM112 and the patterns introduced in Block 1 Part 4 and Block 2 Part 2. You can find an overview of the problem-solving approach and a list of all the patterns TM112 teaches in the Problem solving and Python quick reference and you will need to refer to this document as you work on the question. Important note: you do not need to get a working program in part a. in order to attempt part b. A student wants to design and implement a Python program to convert any 6-bit unsigned binary number to its decimal equivalent. There are many ways of doing this, but here is their initial top-level decomposition: • > Convert binary to decimal o >> Input a list of six 1s and 0s corresponding to the binary number to be converted o >> Input a list of six column weightings consisting of powers of two o >> Create a new list that contains the…

The various approaches to programming might be investigated, for sure. The next natural inquiry is why there are so many competing paradigms. Can you get along without them? Put it in your own words, please.

I want an answer for a begainer on Netbeans

Why not explore programming methods? Why are there so many paradigms? Really? Please clarify.

Use object-oriented design where it makes sense to. Structured design is a viable option when the situation calls for it. It's unclear why things like these are happening.

Perhaps it makes sense to investigate the wide variety of programming methods at our disposal. How can we account for the presence of so many competing paradigms? You are not free to choose otherwise. Your own words would help me understand it much better.