Question: 7. A system has a 42-bit virtual address and a 34-bit physical address. There are 256 Mbytes of main memory. The system uses a page

7. A system has a 42-bit virtual address and a 34-bit

7. A system has a 42-bit virtual address and a 34-bit physical address. There are 256 Mbytes of main memory. The system uses a page size of 2048 bytes A) How many virtual pages can the address space support? B) How many physical pages can the address space support? C) How many page frames are there in main memory

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!

Computer Architecture. 7. A system has a 46-bit virtual address and a 32-bit physical address. There are 256 Mbytes of main memory. The system uses a page size of 1024 bytes. A) How many virtual...

2. Virtual Memory Suppose that we have a system that uses 64-bit virtual addresses. Design a virtual memory support system to translate a virtual address to the corresponding physical memory address....

320-Q4 4. A system has a 46-bit virtual address, 24-bit physical address, and 220 Bytes of main memory. If the page size is 2 2 bytes answer the following questions: A) How many virtual pages are...

1 . In a computer system, the virtual address space requires 3 6 bits, and the physical address space requires 3 1 bits. The page size is 1 2 8 MB . Additionally, the system uses a TLB ( Translation...

In this project, you will write a code that simulates the operation of the virtual memory. The code simulates the Page Table, the TLB and the Frame Table. To keep the project simple, well assume...

MIPS 3. (15 points) Consider a virtual memory system with the following properties: 35-bit virtual address *16 KB pages 33-bit physical address Assume that this virtual memory system is implemented...

3. (15 points) Consider a virtual memory system with the following properties: 35-bit virtual address *16KB pages 33-bit physical address Assume that this virtual memory system is implemented with an...

Multiple CHoice QUestions Question 80 Some filesystems require ______________ tools to restore the performance on mechanical drives, which have sections of the filesystem become non-contiguous. Save...

2. Consider a paging system with the page table stored in memory. a. If a memory reference takes 110 nanoseconds, how long does a paged memory reference take? b. If we add associative registers, and...

Consider a virtual memory system with a 1 6 GB virtual address space with 8 KB pages. There are 4 GB of physical memory. Answer the following questions: Answer the following questions about the...

Consider the following bond lengths: In the CO32- ion, all three COO bonds have identical bond lengths of 1.36 Ã. Why? C-- 1.43 A (20 1.23 A Ca() 1.09 A

A recent poll of 1,235 randomly sampled likely voters shows your favorite candidate ahead, with 52.1% in favor. There are two candidates. Use hypothesis testing to infer to the larger group of all...

Write code to solve the wave equation u t + u x = 0 using ( a ) Lax scheme ( b ) Lax - Wendroff scheme for the initial condition u ( x , 0 ) = s i n [ 2 n ( x 4 0 ) ] , 0 x 4 0 , and periodic...

All of the following are types of adjustments except: Multiple choice question. accrued revenue accrued cash deferral of revenue deferral of expense accrued expense

Know how service employees and other customers are part of the servicescape.

Know the communications mix elements that originate from outside the firm.

Know the communications mix elements available via service delivery channels.