Final answer:
Question 36's statement is False because the open file table contains references to FCBs rather than their copies. Question 37's statement is also False because a physical address is the actual memory location, which is determined from a logical address by the processor, not vice versa.
Step-by-step explanation:
In response to Question 36, the statement, "In its open file table, each process keeps a copy of the file control block of all files it is accessing," is False. Instead, the open file table typically stores references or indexes to the file control blocks (FCBs), not copies of the FCBs themselves. The FCBs are usually kept in a central location by the operating system rather than copied into every process's open file table.As for Question 37, the statement, "A physical address is the location of a memory word relative to the beginning of the program and the processor translates that into a logical address," is False. This statement confuses the concepts of physical and logical addresses. A logical address is the reference to a memory location independent of the current assignment of data to memory, which a program uses during its execution, whereas a physical address is the actual location in memory hardware.
The processor translates logical addresses to physical addresses, not the other way around.Question 36: False. In its open file table, each process keeps a reference to the file control block (FCB) rather than a copy. The FCB contains information about the file, such as its location and access permissions. By keeping a reference, the process can access the FCB when needed without duplicating it.Question 37: True. A physical address is the actual location of a memory word in the physical memory. The processor translates logical addresses generated by the program into physical addresses to access the desired memory locations.