Can you explain the distinction between cohesion and coupling in the context of computer programming?

How many distinct programming paradigms are there, in your opinion? Which begs the question: why are there so many competing theoretical frameworks? Is it really your only choice to get them? Explain it to me in your own words, from your own point of view.

In comparison to more conventional programming approaches, what are the pros and downsides of using dynamic programming?

In your own words, what is the definition of dynamic programming?

Is there a significant distinction between the declarative and functional programming paradigms and the procedural and imperative programming paradigms?

Is it feasible to provide a precise definition of coupling and cohesion in the context of analysis and design of object-oriented programs?

To that end, please elaborate on the concept of "portability" as it applies to the different programming languages.

In comparison to more conventional programming methods, what are the benefits and drawbacks of employing dynamic programming?

Are there any possible downsides to using object-oriented programming ideas such as data abstraction and control abstraction?

I was wondering whether there are any practical applications of dynamic programming.

What are some of the possible benefits of using dynamic programming?

Give a thorough breakdown of the functional differences between procedural and object-oriented programming.

What are some practical applications of the dynamic programming approach?