A$.$ No MMU hardware is needed to implement the approach $($no MMU or registers in an MMU$).$

B$.$ The whole address space for the process must be loaded into a contiguous sequence of bytes in

memory in order for the process to run.

C$.$ The whole process, or parts of it$,$ can be dynamically relocated by the OS while the process is

in execution $($that is$,$ between the time it is created and the time it terminates execution$).$

D$.$ No general mechanism for protecting processes from each other $($i$.$e$.,$ preventing any process

from accessing another process$$s address space$)$ is provided.

E$.$ No mechanism for processes to share a portion of their address spaces $($a portion less than their

entire address space$)$ is provided.

F$.$ Each segment of the process must be loaded into a contiguous sequence of bytes in memory.

G$.$ The whole address space of the process must be loaded into memory $($but not necessarily in a

contiguous sequence of bytes$)$ in order for the process to run.