Differences between logic programming and procedural programming are substantial. So what are these deviations, exactly?

Please explain, in your own words and in a brief essay, what the Structured Programming Theorem revealed in relation to the GOTO saga and spaghetti code.

Could a list of programming paradigms be created? Having so many diverse paradigms seems pointless. What good are they if you don't? Explain what you just stated in your own words.

Can you explain the main difference between logic programming and procedural programming?

Is there a list of different programming paradigms that I may look at? So, if that is the case, what accounts for the existence of a plethora of distinct paradigms? Do you absolutely need them? To convey what you think about the situation, you should use your own words.

Procedural and logic programming are two very different approaches to computer science. Just what are the differences between them?

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.

It's possible that a Machine Language explanation might be given in only a few sentences. Also, what variables contribute to machines' lack of English language comprehension?

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.

Why is logic programming different from procedural programming?

Formal Methods are based on logic reasoning. Conceptually the two most common logics are propositional logic and Predicate Logic. An undergraduate student who took a course of discrete mathematics is inquiring as to how propositional and predicate logics can be used in software testing. You are asked to guide this student in this quest. One pointer may consist in presenting the characteristics and limitations of both logic as well as their use as a mean for software testing. Which Logic is most adequate for formal verification of software and how this should be implemented?