Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es. If applicable, determinethe content of the destination after the execution of the instruction. Otherwise, NA. For physical address and content of thedestination, use CAPITAL LETTERS,NO SPACE/S in between and NO need to include "H" or the unit.A - is for addressing mode type, e.g. directB - physical address/es e.g. 19000-19001C- content of the destination after executione.g. if register: AX=1234if memory (lower address first) : 12000=34:12001=12GIVENDS = 9CEFHSS = CB8DHDI = BACEHSI = 9EBCHBP = BAD2HAX = 6FCBHBX = 7BCFHCX = 5CADHDX = D1BCHSP = 4FABH3(1).JPG...MOV CX, [ВР+DI+ACEH]ADDRESSING MODE: Blank 1PHYSICAL ADDRESS/ES: Blank 2CONTENT OF THE DESTINATION: Blank 3Blank 1 Add your answerBlank 2Add your answerBlank 3Add your answer

In assembly language programming, addressing modes specify the rules for interpreting the operands,…

Answered: Determine the specific type of…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Register R1 (used for indexed addressing mode) contains the value: 0x200 Memory contains the values below (memory address -> contents) : 0x100 -> 0x600 ... 0x400 -> 0x300 ... 0x500 -> 0x100 ... 0x600 -> 0x500 ... 0x700 -> 0x800 When the instruction "Load 0x500" is executed, the value loaded into the AC is when using immediate addressing, it is when using direct addressing, it is when using indirect addressing, and when using indexed addressing.
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Assume a CPU with a fixed 32-bit instruction length has the following instruction format:opcode mode [operand1] [operand2] [operand3]The mode encodes the number of operands and each operand’s mode. For instance, one mode indicates three registers, another indicates two registers and an immediate datum, another indicates a main memory reference, etc. Assume there are 94 instructions and 22 modes. Answer the following.a. One mode indicates three registers. How many registers can be referenced in this mode?b. One mode indicates two registers and an immediate datum in two’s complement. Assuming there are 32 registers, what is the largest immediate datum that can be referenced?c. One mode has a destination register and a source memory address (an unsignednumber). Assuming 16 registers, what is the largest memory reference available?d. One mode has two memory addresses, both using base displacement. In both, the basesare stored in index registers and the displacements are specified in the…
Given the number Ox21100006, what is it when interpreted as a MIPS instruction? 1. The instruction format is type |. (R, I, or J?) 2. The opcode value is (specify as a hexadecimal value, e.g., OxfEE3, lower-case x, upper case hex values.)
16. If the first instruction "LXI H, 1100H" is positioned at address 7000H in memory, at what address may the next instruction be located? m 7003H 7004H 7001H 7002H None of the mentioned
Indicate in the table below if the instruction memory, data memory, or the immediate generation (sign-extend) unit are active for the given instructions. If the element is active for the given instruction, put an ‘X’ in the corresponding field. If not, leave the field blank.
d and e
In this classification, instructions are executed independently of one another's data sources. a(n): A Multiple Data Multiple Instruction B Multiple Data Multiple Instruction C Single Data Individual Instruction D Simultaneous In
a and b
Q2. For the following assume that values A, B, C, D, E, and F reside in memory. Also assume that instruction operation codes are represented in 6 bits, memory addresses are 64 bits, data size is 32 bits and register addresses are 5 bits. a. For each instruction set architecture shown in Figure A.1, how many addresses or names (including both memory and register), appear in each instruction for the code to compute C = A+ B, and what is the total code size? passor TOS Memory (A) Accumulator (C) Registry (D) Re loed oore Figure A.1 Operand locations for four instruction set architecture classes. The arrows indicate whether the oper and is an input or the result of the orithmetic-logical unit ALU operation, or both an input and result Lighter shoes indicate inputs, and the dark shode indicates the result in a top of stack (TOS) register points to the top input operand, which is combined with the operand below. The first operand is removed from the stack, the result takes the place of the…
Subject name: Microcomputer Principle Application Determine the data in AL after the following sequence of instructions. Assume (DS) = 20H. MOV AL, 25H MOV BX, 0061H AND AL, 21H[BX]
A. Assume that the Instruction Pointer, EIP, contains 9610 and the assembly language representation of the instruction in memory at address 9610 is JB 175. If the flags are currently CF=0, ZF=0 and SF=1 what is the value of the EIP after the instruction executes? B. Assume that the Instruction Pointer, EIP, contains 15410 and the assembly language representation of the instruction in memory at address 15410 is JNS 189. If the flags are currently CF=1, ZF=0 and SF=1 what is the value of the EIP after the instruction executes? C. Assume that before the instruction is executed, the flags are CF=0, ZF=0 and SF=0 and the Registers have the values AL=0x35, BL=0x0F CL=0x25 and DL=0x78. What are the values of the flags after the instruction ADD AL,0x90 executes? D. The following instruction is executed. Assume that before execution, register R12 contains 0x85, R9 initially contains 0xC3, and the flags are ZF=0, SF=1, and CF=0. 0x indicates hexadecimal; do not include a 0x with your…

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