Consider the following instruction format and the list of opcodesOpcode4 bits (15 – 12) eAddresse12 bits (11 – 0)OpcodeInstructioneLoad AC from memory AeStore AC from memory AAdd AC from memory AeSubtract AC from memory AMultiply AC from memory ADivide AC from memory Ae0101e0110e0001e0010e0011e0100e1. Run the following program where PC starts from 500-Memorycontents5800eaddresse500e501e1801e502e6800-800eFFFE801e000A802000C2. Run the following program where PC starts from 500Memoryeaddressecontentse500e5801e501e2802e502e6801e800eFFFEe801e000A-802eFFFC-

1) Running the Program Line by Line for 1. PC = 500 Content = 5800. Here at 500 the…

Consider the following instruction format and the list of opcodese Opcode 4 bits (15 – 12) Addresse 12 bits (11 – 0)<- Opcodee 0101e Instruction Load AC from memory Ae Store AC from memory Ae Add AC from memory Ae Subtract AC from memory A Multiply AC from memory Ae Divide AC from memory Ae 0110e 0001e 0010e 0011e 0100e 1. Run the following program where PC starts from 500- Memorye addresse contentse 500e 5800e 501e 1801e 502e 6800e 800- FFFEe 801e 000A- 802e 000Ce 2. Run the following program where PC starts from 500 Memorye addresse contentse 500e 5801e 501e 2802e 502e 6801e 800e FFFE 801e 000A- 802e FFFC-

Consider the following instruction format and the list of opcodese Opcode 4 bits (15 – 12) Addresse 12 bits (11 – 0)<- Opcodee 0101e Instruction Load AC from memory Ae Store AC from memory Ae Add AC from memory Ae Subtract AC from memory A Multiply AC from memory Ae Divide AC from memory Ae 0110e 0001e 0010e 0011e 0100e 1. Run the following program where PC starts from 500- Memorye addresse contentse 500e 5800e 501e 1801e 502e 6800e 800- FFFEe 801e 000A- 802e 000Ce 2. Run the following program where PC starts from 500 Memorye addresse contentse 500e 5801e 501e 2802e 502e 6801e 800e FFFE 801e 000A- 802e FFFC-

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

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Concept explainers

Fundamentals of Input and Output Performance

The I/O subsystem is a component of computer system design that uses buses to assist communication between the Central Processing Unit, Computer Memory/Storage, and Input and Output Devices (that is known as peripheral devices). The I/O subsystem includes disc controllers, tape drives, discs, system buses, and other devices. The I/O database application reads and writes drives using the operating system windows I/O.

Question

Consider the following instruction format and the list of opcodes
Opcode
4 bits (15 – 12) e
Addresse
12 bits (11 – 0)
Opcode
Instructione
Load AC from memory Ae
Store AC from memory A
Add AC from memory Ae
Subtract AC from memory A
Multiply AC from memory A
Divide AC from memory Ae
0101e
0110e
0001e
0010e
0011e
0100e
1. Run the following program where PC starts from 500-
Memory
contents
5800e
addresse
500e
501e
1801e
502e
6800-
800e
FFFE
801e
000A
802
000C
2. Run the following program where PC starts from 500
Memorye
addresse
contentse
500e
5801e
501e
2802e
502e
6801e
800e
FFFEe
801e
000A-
802e
FFFC-

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