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The Motorola 6800 is a 2 register (A and B) 8 bit processor. The program counter loads the program start vector, from it’s 2 byte highest order memory, which is FFFF and FFFE on start up reset. (power up)The next 2 lower bytes are reserved for the non-maskable interrupt service routine (FFFD and FFFC) The next 2 lower are for the maskable interrupt.This is because it’s an absolute address so requires 2 bytes. It can handle relative jumps, (JMP 255 ahead/behind present location) and extended absolute jumps (JMP FE 0A)Those 2 examples would read JMP FF and JMP FE 0A (relative-absolute) so require 2 and 3 bytes program space respectively. In other words:-JMP FF (go to the location 127 ahead of our present program counter value)JMP 00 (go to location 127 lower than present PCV)JMP FE 0A (load FE0A into the program counter, and continue)If you are using a jump subroutine (JSR) the current PCV is pushed onto the stack, in a FILO (first in last out) manner, for retrieval when the program encounters the return command (RTS)So the correct answer is B _*and*_ D in your question. Mind you, this is off the top of my head, and I learned this guff 38 years ago, so your mileage may vary as they say. It’s all in the handbook, (if you can find one in the archives)OH! if you are playing with a 6800, you will also need to know how to talk to it’s peripheral interface adaptor (PIA) which is part number 6821. Ask and I will tell.

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I would say “solving” itself can accelerate your performance, but in case you need to get a course or read a book:CLRS: Introduction to Algorithms is a must have: Amazon LinkMIT OCW courses: 6.006 is an introductory algorithms class: Introduction to Algorithms; there is a collection of videos from the class on YouTube from Fall 2011: MIT 6.006 Introduction to Algorithms, Fall 20116.046 is a more advanced, theoretical algorithms class: Design and Analysis of Algorithms. Unfortunately, the videos that are available for this class are a bit old: MIT 6.046J / 18.410J Introduction to Algorithms (SMA 5503)If you want to look up specific algorithms or data structures, the Wikipedia pages for the more common ones: BFS, DFS, Dijkstra's, BBSTs, binary search, hash tables...etc. are usually very accessible and pretty accurate: Category:Algorithms and Category:Data structuresSpecifically for competitive programming, I'd suggest looking at:TopCoder offers a lot of tutorials on algorithms (especially implementation): Algorithm TutorialsACM has an entire repository of practice problems for its programming competition: ACM-ICPC ArchiveApart from these there are a couple of more books that you may preferSteven Halim’s competitive Programming which has a (not very mathematical) description of the main contents in competitive programming and at the end of each chapter, has a list of problems that use those topics. I think this is an excellent resource for beginner/intermediate level students who still need to learn many of the concepts and want to find problems to practice them with.DATA STRUCTURE AND ALGORITHM by Narsimha Karumanchy this is a very basic level book which teaches yo all the things related to DS from scratch.