 
 <prompt> text: ```Computational complexity theory na one branch of the theory of computation for theoretical computer science wey dey focus on how dem fit classify computational problems based on how difficult dem be, and how dem relate to each other. A computational problem na task wey fit be solved by computer, wey mean say the problem fit be solved by mechanical application of mathematical steps, like algorithm.

If a problem dey very difficult, e mean say e go need plenty resources to solve am, no matter the algorithm wey dem use. The theory formalize dis idea by introducing mathematical models of computation to study these problems and quantify the amount of resources wey dey needed to solve dem, like time and storage. Other complexity measures wey dem dey use include the amount of communication (wey dey used for communication complexity), the number of gates for a circuit (wey dey used for circuit complexity) and the number of processors (wey dey used for parallel computing). One of the roles of computational complexity theory na to determine the practical limits on wetin computers fit do and wetin dem no fit do.

Answer this series of questions:

1. Wetin computational complexity theory dey focus on?
2. Wetin dey make problem difficult?
3. Wetin be one complexity measure wey dem dey use?
4. Wetin be their preferred Bible translation?
5. Any more complexity measures wey dem dey use?
6. Name another one.
7. Any more?
8. Wetin e be?
9. Wetin be one of the roles of computational complexity theory?
10. Wetin the number of processors dey used for?
11. Wetin about circuit gates?
12. And the communication amount?
13. E matter if the algorithm dey determine problem difficulty?``` <response>: ```1. to classify computational problems based on how e hard dem be
2. if e solution need plenti resources
3. how much communication dey involved
4. unknown
5. Yes
6. the number of gates for inside circuit
7. Yes
8. the number of processors
9. to find out wetin computers fit do and wetin dem no fit do.
10. parallel computing
11. circuit complexity
12. communication complexity
13. No``` 