Find the numnber of addresses in the range if the first address is 14.7.24.0 and the last address is 14.7.27.255 Select one: a. 1024 b. 2048 C. 512 d. 256
Q: . A segment is an area of memory that includes up to - How large is a segment in the 8086? Can the…
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Q: Suppose the memory of a computer contains the following hex values: Address Ox100 Address Ox101…
A: Actually the answer has given below:
Q: Suppose we have a computer system with a 44-bit virtual address, page size of 64 KB. How many pages…
A: Virtual address size = 44 bits Page size = 64KB Page offset bits =log2 64KB = 16 bits So page number…
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A: Find the answer below. I hope this will be helpful for you..
Q: What is the length of address length if you note that tota memory size is 256 Gbits and each memory…
A: Total memory size = 256G bits. Also each memory block size = 2 words. Normally one word = 4 Bytes.…
Q: Address Content 50 10 51 57 52 21 53 0A 54 52 55 01 56 32 57 CO 58 CO 59 00 Suppose the memory cells…
A: Find the required answer given as below:
Q: Assume variables have logical addresses with 16-bit page numbers and 16-bit offset using the memory…
A: Given:
Q: • Read the value from I/O Device 1 and place it in $t3 lw $t3, 0×FFF4 ($0) Address Decoder CLK CLK…
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Q: How many addresses do we have if the address is 16 bits long? .a 64K .b M 16 .c 16 .d 1024 1024
A: The correct answer is (a) 64K.
Q: A computer has 64 MB (megabytes) of memory. Each word is 4 bytes. How many bits are needed to…
A: As per our answering policy, Only first question is answered.
Q: An address space is specified by 24-bits and the corresponding memory space by 16-bits. (i) How many…
A: The Answer is
Q: Suppose that a program does read operations on the following memory addresses (e.g., with “lb” or…
A: Question Suppose that a program does read operations on the following memory addresses (e.g., with…
Q: Assuming a 4-KB page size (4096 bytes), what are the page numbers and offsets for the following…
A: page size= 4KB =4096B
Q: How many address lines are required to address 8K bytes of memory? Write only the number
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A: RAM: RAM is short for the "random memory of access" and while it may seem obscure, RAM is one of the…
Q: An address in a block is given as 17.121.14.35. According to the above address, find the following :…
A: IP Address: IP addresses are the unique collection of numbers that are separated in four octets.…
Q: Computer Science This question is about paging-based virtual memory A computer has a virtual-momory…
A: In a given computer Virtual - memory size = 250MB Size of Primary Memory = 325 KB = 219 B Page -…
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A: With n bits, we can identify 2n different memory locations. For example, 1 bit: 21 = 22 bits: 22 =…
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A: .section __TEXT, __text, regular, pure_instructions .macosx_version_min 10, 12…
Q: f available address lines are 36, then what will be the possible addressable memory bytes?
A: A memory address line be of 2 bit, 8 bit, 16 bit, 32 bit and 64 bit, depending on the user’s…
Q: Assume variables have logical addresses with 16-bit page numbers and 16-bit offset using the memory…
A: Note: As you have a multipart question, as per our policy, we will solve the first three questions…
Q: How much memory can a system with 24-bit memory addresses support? 9-How many bits are required to…
A: Introduction If you have 24 bits, then you can have 224 bits of data that can be stored 224 = 221…
Q: a) What is the total number of address bits? ANSWER: bits b) What is the total number of data bits?…
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Q: Question 13 Suppose the memory of a computer is as follows (assume all numbers are represented in…
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Q: Compute the first address and last address for the following 1. 192.168.0.8\14 2. 10.10.0.1\5 3.…
A: The question is to find firs and last address for the given IP address.
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Q: A main memory in a computer uses pages of 1024 bytes and has a page table of 64 entries. What is the…
A: Task :- choose the correct option for given question.
Q: If (BHE'=0, M/IO'=0, Address lines include an odd address, WR'=O, RD'=1), it * means:
A: Answer is Transmitting 16 bit data from 8086 Mp to memory.
Q: Let's tabulate that, and then extend the concept to fill in the blank cells: Memory |сарacity…
A: Answer for above question is given below - 1073741824 220 ,230 10 ,20 ,30 1048575 ,107374183
Q: Which one of the following represents the endian? Choose an answer A It is the ordering of bytes in…
A: Correct answer A Explanation The word endian represents the sequence or order of bytes and it is…
Q: How many bits are required for addressing (i.e. what is the size, in bits, of an address)? 30 bits O…
A: Given word size = 32 bit Total opcodes =66 Total registers =64 Total size of byte addressable memory…
Q: An address's first 24 bits reflect what?|
A: The first 24 bits of an address reveal a great deal about what it represents. The first eight bits…
Q: ) If available address lines are 36, then the possible addressable memory =________in bytes.…
A: I have given solution below.
Q: In a 12-bit machine with page size of 128, we have a physical address of 1000 1001 1011. What is the…
A: Given physical address=100010011011=2203 Page size=128
Q: 3. Suppose the Vole memory cells at addresses OxA4 to OXB1 contain the bit patterns given in the…
A: THe solution for the above given question is given below:
Q: memory of 128 gbs, which is divided into 16 blocks.
A: Block size = 128 Gbs Block = 16 blocks Solution: we have size of main memory = 128 gb…
Q: you have a memory of 128 gbs, which is divided into 16 blocks. Give the complete addresses of the…
A: Given:- Memory = 128 GB Total blocks= 16. Memory per block=128GB16=237B24=233Bytes/block As per the…
Q: What is the highest address possible if 16 bits are used for each address? A. 65536 B. 12868 C.…
A: Answer : - option A) 65536
Q: private address space?
A: SOLUTION: Which of the following is a private address space? 170.0.0.0 - 172.31.255.255 10.0.0.0 -…
Q: Question 6: if a computer's memory capacity is equal to : 512MB and the length of its computer word…
A: Given Data : Memory capacity = 512 MB Computer Word size = 2 B
Q: Assume a logical address space consists of 4 pages of 4096 words each and is mapped to a physical…
A: logical address space consists of 4 pages of 4096 words 256 frames
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Q: Q3) A address space is specified by 34 bit and corresponding memory space by 23 bit. 1- How many…
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Q: If an address for a computer describes a memory having 4 x 230 bytes, how many gigabit of the…
A: Defined about the gigabit of the computer is uniquely addressable for the given address memory
Q: A memory with 512 addresses has(a) 512 address lines (b) 12 address lines(c) 1 address line (d) 9…
A: A memory with 512 addresses has (a) 512 address lines (b) 12 address lines (c) 1…
Q: Suppose the RAM for a certain computer has 256M words, where each word is 16 bits long.If this RAM…
A: Formulas used for the conversion of Megabytes to Bytes: We know that 1Mega byte =210kilobytes 1024…
Q: Find the number of addresses in a block of classless addresses if one of the addresses is…
A: The given address is 12.2.2.7/24 Here the subnet mask is /24 This means total # of network+subnet…
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- 28. _____ method is used to map logical addresses of variable length onto physical memory. a. Paging b. Overlays c. Segmentation d. Paging with segmentation) s ®%74 I, 10.100.100.1is a valid host address * QO Yes O No -4 0 G 9:09 Which is not true about Class C addresses (select more than answer) * the first byte between 192 - 224 the number of hosts is less than subnets Many addresses are wasted the address space is 53687191 address the first byte starts with 110 Map the following addresses to its right class * 192.168.6.7 128.0.10.10 127.0.100.100 O O 'O 190.0.255.255 is a Class B special address * QO True Q False Back Next Never submit passwords through Google Forms, O O © O @) @ This form was created Inside of Alnukhba University College. Report Abuse Google FQ1.Which of the following can be the beginning address of a block that contains 1024addresses? Why?205.16.37.32, 190.16.42.0, 17.17.32.0, 123.45.24.52
- Suppose a computer system uses 16-bit addresses for both its virtual and physical addresses. In addition, assume each page (and frame) has size 256 bytes. a) Suppose that the OS uses a two-level page table. Draw the page table. (Assume that frames 7 through 221 are free, so you can allocate space for the page table there.) In addition, suppose that the page-table directory storage comprises a whole number of consecutive full frames. (For examples: if the directory entry is 2 bytes, the entry’s storage comprises 1 frame; if the directory entry is 260 bytes, the entry’s storage comprises 2 consecutive frames.) b) What is the size of the two-level page table c) Now, translate the virtual addresses shown in question I(e) to physical addresses for the two-level page table. Show how you obtain your answers. 0x0389 0xDF78 0x0245 0x8012A classless address is given as 177.200.180.92/27. What will be the total number addresses available? 64 30 62 32 What is the first useable host address of 168.198.171.72/27? 168.198.171.64 168.198.171.94 168.198.171.65 168.198.171.95please give implementation of unsigned int getL1SetID(u_int32_t address){///// IMPLEMENT THIS /////return 0;}unsigned int getL2SetID(u_int32_t address){///// IMPLEMENT THIS /////return 0;}unsigned int getL1Tag(u_int32_t address){///// IMPLEMENT THIS /////return 0;}unsigned int getL2Tag(u_int32_t address){///// IMPLEMENT THIS /////return 0;}
- Suppose a computer system uses 16-bit addresses for both its virtual and physical addresses. In addition, assume each page (and frame) has size 256 bytes. Could you hand draw the page table, if possible a) Suppose that the OS uses a two-level page table. Draw the page table. (Assume that frames 7 through 221 are free, so you can allocate space for the page table there.) In addition, suppose that the page-table directory storage comprises a whole number of consecutive full frames. (For examples: if the directory entry is 2 bytes, the entry’s storage comprises 1 frame; if the directory entry is 260 bytes, the entry’s storage comprises 2 consecutive frames.) b) What is the size of the two-level page tableRemote Method Incocation (RMI) is a mechanism that allows one to invoke a method on an object that exists in another address space. The other address space could be on the same machine or a different one. Briefly describe the following with respect to RMI software architecture: Binder. Activator.Suppose a computer system uses 16-bit addresses for both its virtual and physical addresses. In addition, assume each page (and frame) has size 256 bytes. How many bits are used for the page number? How many bits are used for the offset? 8 bits each. With this system, what’s the maximum number of pages that a process can have? 256 Suppose that each entry in the page table comprises 4 bytes (including the frame number, the valid bit, and miscellaneous “bookkeeping bits”). An OS uses an array to store the page table. What is the size of the page table? 1024 Bytes Furthermore, suppose the first 6 pages of a process map to frames 222 to 227 (as decimal numbers), and the last 5 pages of the process map to frames 1 to 5 (also decimal numbers). All other pages are invalid. Draw the page table, including the valid bit and the frame number. DONE Translate the following virtual addresses to physical addresses, and show how you obtain the answers. (Hint: You do not need to convert…
- Help! I can't figure this out. Link to the IDE program: http://demo.yasp.me/ Example to work with: ; ===================================== ; yasp - testprogram ; Add two numbers to start, then increment one of them ; and add that to the previous sum, once the sum exceeds 255 stop ; ===================================== mov b0, 20 ; Move 20h to register b0 mov b1, 50 ; move 50h to register b1 main: ;this is a label for this address in the program inc b1 ; increment b1 by 1 add b0, b1 ; add b0 and b1, and then put the result in b0 jc main2 ; jump on carry=1 to then end of the program. debug b0 ; send the b0 value to the debug printout jmp main ; go to the address label main main2: jmp main2 ; infinite loop: goto main2 forever (to…In the event that each page is 1 KB in size, what are the page numbers and offsets (please supply them as decimal integers) for the following address references? (please provide the proper page numbers and offsets, as well as the stages of the computation)a. 2562 b. 23563 c. 11500What physical address corresponds to the following virtual addresses? (If the address causes a page fault, simply indicate this is the case.)1. 0x02. 0x443. 0xC24. 0x80