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Treat the register names R1, number. R7 as well as the memory cell names PC, N, Z and P as variables which each hold a 16-bit Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, ..., xFFFF. Assume that PC contains the (unknown) address of the curent instruction N = 0 , Z = 0 , P = 1. After each of the following instructions give the Java-like assignment statement (but without the semi-colon) which performs what that specific instruction requires. Use the bits in the instruction itself and the values in NZP to resolve all alternative actions for a given opcode. Use only the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values. Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 1. The instruction: 0000101000000011 2. The instruction: 0011011000000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 3. The instruction: 0111111110000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 4. The instruction: 1011111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 5. The instruction: 0000111111111111

Treat the register names R1, number. R7 as well as the memory cell names PC, N, Z and P as variables which each hold a 16-bit Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, ..., xFFFF. Assume that PC contains the (unknown) address of the curent instruction N = 0 , Z = 0 , P = 1. After each of the following instructions give the Java-like assignment statement (but without the semi-colon) which performs what that specific instruction requires. Use the bits in the instruction itself and the values in NZP to resolve all alternative actions for a given opcode. Use only the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values. Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 1. The instruction: 0000101000000011 2. The instruction: 0011011000000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 3. The instruction: 0111111110000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 4. The instruction: 1011111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 5. The instruction: 0000111111111111

Database System Concepts
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
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I need finding the offests with hexadecimal values

Treat the register names R1, number. R7 as well as the memory cell names PC, N, Z and P as variables which each hold a 16-bit Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, Assume that PC contains the (unknown) address of the curent instruction N = 0, Z = 0 , P = 1. After each of the following instructions give the Java-like assignment statement (but without the semi-colon) which performs what that specific instruction requires. Use the bits in the instruction itself and the values in NZP to resolve all alternative actions for a given opcode. Use only the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values. Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 1. The instruction: 0000101000000011 2. The instruction: 0011011000000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 3. The instruction: 0111111110000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 4. The instruction: 1011111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. xFFFF. 5. The instruction: 0000111111111111
Transcribed Image Text:Treat the register names R1, number. R7 as well as the memory cell names PC, N, Z and P as variables which each hold a 16-bit Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, Assume that PC contains the (unknown) address of the curent instruction N = 0, Z = 0 , P = 1. After each of the following instructions give the Java-like assignment statement (but without the semi-colon) which performs what that specific instruction requires. Use the bits in the instruction itself and the values in NZP to resolve all alternative actions for a given opcode. Use only the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values. Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 1. The instruction: 0000101000000011 2. The instruction: 0011011000000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 3. The instruction: 0111111110000101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 4. The instruction: 1011111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. xFFFF. 5. The instruction: 0000111111111111
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