(a) Program counter is used to get the next instruction
(b) MMU checks to see if the VM is in the VM cache, it isn't
(c) MMU checks to see if it's in the TLB, it isn't
(d) MMU reads the page table entry
(e) MMU checks the valid bit to see if it's in memory, it isn't, starts page fault trap
(f) Handler determines that it's on disk (not illegal address)
(g) Handler obtains the frame from which it will be read
 i. If a free page is non-emtpy, take it
 ii. Otherwise runs page replacement algorithm to choose victim
 iii. Sets the victim page to invalid in the page table
 iv. If victim is dirty, write it out to disk
(h) Reads page from disk into physical frame
(i) Saves context of current process and places into queue awaiting page fault resolution
(j) Invokes scheduler to schedule another ready-to-run process
(k) Interrupt generated by disk controller when the read has completed, starting disk interrupt service routine
 i. Virtual to physical mapping placed in process's PTE
 ii. Page marked as valid
 iii. Process placed in the ready-to-run queue
(l) At some later point in time, the process will be scheduled as current process
(m) Instruction is restarted