Virtual Memory Addressing and Paging.Multiple answers are allowed$\mathrm{.}1.$If a virtual address reference is not present in real memory, then the needed memory page will be brought from the processor cache$\mathrm{.}2.$Programs reference locations using virtual addresses will be mapped into logical memory addresses$\mathrm{.}3.$The memory hardware is responsible for transalting the address references$\mathrm{.}4.$The process generated the address reference is suspended$\mathrm{.}5.$Programs reference locations using virtual addresses will be mapped into real main memory addresses$\mathrm{.}6.$If a virtual address reference is not present in real memory, then the needed memory page will be brought from disk$\mathrm{.}7.$The process generated the address reference will be put in ready state$\mathrm{.}8.$The process generated the address reference is terminated.