To put it another way, what comes to mind when you think of address space?

If the value 8 is stored in the memory cell corresponding to the address 5, what is the practical difference between writing the value 5 into cell number 6 and copying the contents of cell number 5 into cell number 6?

The CPU of a computer may be configured in one of three ways: as a global register, an individual accumulator, or a stack. Whether or whether you choose to react honestly is totally up to you.

The address of a byte in memory might be one of two forms. Instead of storing all of the data in memory, why not just use it as a temporary holding area to register part of it with the ALU and move the rest of it to the IR?

There are a few different configurations that might be used for the central processing unit (CPU) of a computer. The general register, a single accumulator, or a stack are the three possibilities. There are positives and negatives associated with each option individually. It is up to you to provide a response, and the response that you provide might be accurate or it could be erroneous.

WHAT DO YOU THINK ABOUT THIS IF IT IS TRUE?A computer's CPU may be configured in three ways: as a general register, a single accumulator, or a stack.

in 8 bit computer system paging is used. how many different virtual memory addresses total? if there are 64 memory address in frame, and page number needs p bits, what is value of p?

Programs written for zero-address, one-address, or two-address architecture are more likely to be longer (have more instructions). Why?

Address ValidationImagine you get a data set from a client that contains addresses from 150 countries all around the world and your task is to verify it, the data is stored in 3 fields – Address Line, City, and ZIP code. What you also have available is an address verification solution for each country, but the data set does not include the country code. Your task is to design a logic that will process the data and find the related country for each record, so they can be run through the relevant validation component. Think of the most efficient way. Describe your solution proposal ideally in an algorithmic way (e.g. using appropriate UML diagrams, pseudo-code, list of steps…)Hint: Running all of those 150 address verification components against each record is not considered efficient

Given a computer with 300 memory locations, each 18-bit assessable, how many bits of addressing are needed?  Given a computer with 10-bit addressability and 5 bits for the address, what's the maximum number of memory this computer can have in bits?