Problem Question 03 (C03) [0.5 + 0.5 = 1]: Given below are the contents of several Intel 8086 registers and PHYSICAL memory addresses (ALL in hexadecimal): Registers: DI = 3000 Memory Locations [Physical Address] = Contents [05000] = 3300 [06000] = 4444 [07000] = 5555 [95000] = 367A [96000] = 6666 [97000] = 10C5 BX = 3000 ВP 3 С345 For the following instructions, determine the contents of AX after the each of the instruction has been executed: (а) MOV (b) MOV АХ, ВР АХ, [ВХ+DI] AX = AX

Problem Question 03 (C03) [0.5 + 0.5 = 1]: Given below are the contents of several Intel 8086 registers and PHYSICAL memory addresses (ALL in hexadecimal): Registers: DI = 3000 Memory Locations [Physical Address] = Contents [05000] = 3300 [06000] = 4444 [07000] = 5555 [95000] = 367A [96000] = 6666 [97000] = 10C5 BX = 3000 ВP 3 С345 For the following instructions, determine the contents of AX after the each of the instruction has been executed: (а) MOV (b) MOV АХ, ВР АХ, [ВХ+DI] AX = AX

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

x86 / compiler passes / stack allocation Compile the pseudo-x86 program below into x86, placing all variables on the stack. movq $1, x movq $4, tmp_1 addq $5, tmp_1 movq tmp_1, tmp_2 addq x, tmp_2 movq tmp_2, %rdi callq print_int Part (a): for each variable in the program, assign the variable a home on the stack. x : tmp_1 : tmp_2 : Part (b): what is the size (in bytes) of the stack frame for this program? Part (c): write down the complete x86 program
6. What is the address of executing the following instruction: MOV CX, [FEH] if you know that DS= DC00H? OCL: DCOFEH, CH: DCOFFH OCL: DCFEH, CH: DCFFH CL: DCFFH, CH: DCFFH CL: DCOFFH, CH: DCOFFH
In microprocessor 8086 In the number DB 21,42,5,17,8,9,51,12,32,3 Write assembly code to find amount of numbers which is greater than average of array ?
Below is a program with ARM Assembly. PC = 0x2000, Stack pointer sp = 0x400 (no heap or memory = 0x2000), no x2028 can be read (when in the corresponding row) What is the SP value and what dataset is in the stack base address 0x3F8?
Please written by computer source
Indirect Addressing Mode Instruction 002A J@ RETADR 3E20030030 RETADR RESW 1 1.Instruction Starts with 002A2.Opcode of J is 3C3.Object code is 3E2003Please show the details
Could you devise a key that when it is used on the ciphertext you produced in 1.a, will provide plaintext relish instead of the strike? the photo below is question 1a and please trying to be as detailed as possible when answering the question, justifying well all your steps that you did.
3. The table below represents a stack stored in a contiguous block of memory cells (as discussed in the text). If the base of the stack is at address 0x10 and the stack pointer contains the value 0x12, what value is retrieved by a pop instruction? What value is in the stack pointer after the pop operation? Address 0x10 0x11 0x12 0x13 0x14 Contents 'F' 'C' 'A' 'B' 'E'
The stack segment, data segment, and code segment are all separate entities. Next, ascertain which combination of registers is used to address data items inside each segment.
Alert: Don't submit AI generated answer and please submit a step by step solution and detail explanation for each steps.
E In the following code block(Reference:Q11), you will a set of assembly instructions with corresponding line numbers (line numbers are for informational purpose only and they are not part of the source code). 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 mov edx, 5 dec ecx jmp LABEL1 mov eax, 1 LABEL1: mul edx jmp ecx mov edx, 0678h sub edx, eax jmp DWORD PTR [edx] neg ebx add ecx, ebx mov eax, 0 For each of the conditions/scenario listed below, indicate the corresponding line number (that cause or is associated with the condition/scenario). Enter 0 (Zero) if the condition is not caused by the block of code. 1) Memory indirect jump: type your answer... type your answer... type your answer... type your answer... 2) Register indirect jump: 3) Relative short jump: type your answer... 5) Two's complement type your answer... 4) Relative near jump: 6) Unreachable code