It would appear to defeat the purpose to design a computer with software already loaded into its read-only memory (ROM).

Is there any advantage to using bytecode instead of machine code?

The three alternative designs for a computer's central processing unit (CPU) are a general register, a single accumulator, or a stack. Each one has a unique set of benefits and drawbacks. It is up to you to respond, and the response you give might be right or it might be wrong.

Parallel processing allows a computer to simultaneously work on subparts of a problem.   Select one: True False

The ability of a computer's processing capacity to do anything other than manipulate and store numbers is a challenge when attempting to fix the issues that it always creates. What other methods besides these have been tried to get around these problems?

Is there a difference between the organization of a computer and the architecture of a computer? Do you have any examples that you could share?

Is it possible to distinguish between the architecture of a computer and the organisation of a computer? You are free to offer any instances that you see appropriate.

Is it advantageous to divide large-scale computer processes and programs into subsystems? Is there any benefit to rationally disassembling this system?

While the CPU waits for an interrupt, the subsequent task might be executed. Should the sentence be put on hold? Why don't we simply execute the operation and forget about the details?

Answer the given question with a proper explanation and step-by-step solution.  Write an assembly language program which will multiply x by y. The final answer should be stored into memory location A000H.You may assume that memory location B000H is holding the value of x, and memory location B001H is holding the value of y.Your program design must include a loop. You may assume that your program will begin execution at line 0000H.You must enter a NOP command at the end of your program to make the program stop.Enter one command per line.