1. The halting problem is described as impossibility to know if a program (based on any programming language) will halt or not after it starts running. How would you simulate or semi-simulate the halting problem? If a simulation is possible, provide a graph or a flow chart. Explain your reasoning. If a simulation is not possible, explain your reasoning.

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.

Can dynamic programming be used to generate a chain of decisions that depend on one another? The next step(s) are?

The relationship between the object-oriented programming paradigm and design patterns has to be explained in more detail.

Can we use dynamic programming to generate a chain of decisions that depend on one another? I don't know what to do at this point.

Why don't we examine the many programming methods that are available? The issue then becomes, why are there so many distinct paradigms? Are they definitely necessary? Please use your own words while explaining it.

Can we use dynamic programming to generate a chain of decisions that depend on one another? I don't know what to do at this point.

In object-oriented programming, what kinds of pizzas are used to illustrate abstraction?

Exactly how many different kinds of programming paradigms do you know about? Then, why are there so many different paradigms out there? No, you don't have a choice. Use your own words and put your own spin on it while discussing it.

Do programming paradigms have a list somewhere? Why are there so many diverse paradigms, then? Do you really need them? To convey your ideas about the subject, use your own words.