Suppose that we have the following page table for a process currently running and assume that the page size is 1024 bytes. Everything is numbered starting from zero and all addresses are memory byte addresses. The system uses 24 bits for addressing. The Main Memory has 1Mb of RAM. Page number Valid? 0 1 MU1 1 2 0 3 4 WWWL 5 FEET 1 0 1 Modified? 0 1 0 0 1 1 Frame number 13 7 -> 2 0 a. [3 marks] How many frames of Main Memory can be assigned to a program (maximum)? How many logical pages can a program have in total (maximum)? How many bits are used to address the offsets within a page? Show your work. b. [1 mark] Considering the number of bits used to address a process: what is the maximum size of the Virtual Memory disk allowed (i.e., the file in the hard drive where all the processes are allocated)? c. [6 marks] What physical address would each of the following virtual addresses correspond to? (Including explaining what happens if a page faults, and all the remaining frames are free) (1) [2 marks] 0x000200 (ii) [4 marks] 0x00104C