Write down the binary and the hexadecimal values of the following and MIPS instruction. Consider the correct values of opcode table and Register File from the tables. The registers size is 5-bit. ### MIPS Assembly Language Reference Guide#### Logical AND Operation```and $t3, $t5, $v1 # $t3 = $t5 AND $v1```This instruction performs a bitwise AND operation on the contents of registers `$t5` and `$v1`, and stores the result in register `$t3`.#### Instruction FormatThe general format for instructions in MIPS is given by the following fields:- `opcode`- `rs`- `rt`- `rd`- `sa`- `funct`#### Operation Codes (opcodes) and Function Codes (functs)Below is a table listing various operations, opcodes, and function codes:| opcode | rs | rt | rd | sa | funct | Operation | Description ||--------|-------|-------|-------|------|--------|-----------|------------------------|| 000000 | | | | | 100000 | add | add || 000000 | | | | | 100001 | addu | add unsigned || 000000 | | | | | 100010 | sub | subtract || 000000 | | | | | 100011 | subu | subtract unsigned || 000000 | | | | | 100100 | and | AND || 000000 | | | | | 100101 | or | OR || 000000 | | | | | 100110 | xor | XOR || 000000 | | | | | 100111 | nor | NOR |#### Register Naming and NumberingMIPS registers have specific names and corresponding register numbers. The table below outlines the register naming conventions and their numbers:| Name | Register Number ||---------|------------------|| $zero | 0 || $at | 1 || $v0-$v1 | 2-3 || $a0-$a3 | 4-7 || $t0-$t7 | 8-15 || $s0-$s7 | 16-23 || $t8-$t9

We need to find the binary and hexadecimal code for the given MIPS instruction.

and $t3, $t5, $v1 # $t3 = $t5 AND $v1 opcode rs Op(31:26) funct(5:0) 000000 100000 000000 100001 000000 100010 000000 100011 000000 100100 000000 100101 000000 100110 000000 100111 rt rd Operation add addu sub subu and or xor nor sa funct add add unsigned subtract subtract unsigned AND OR XOR NOR Name $zero $at $v0-$v1 $a0-$a3 $10-$17 $$0-$s7 $18-$19 $gp $sp $fp $ra Register Number 0 1 2-3 4-7 8-15 16-23 24-25 28 29 30 31

and $t3, $t5, $v1 # $t3 = $t5 AND $v1 opcode rs Op(31:26) funct(5:0) 000000 100000 000000 100001 000000 100010 000000 100011 000000 100100 000000 100101 000000 100110 000000 100111 rt rd Operation add addu sub subu and or xor nor sa funct add add unsigned subtract subtract unsigned AND OR XOR NOR Name $zero $at $v0-$v1 $a0-$a3 $10-$17 $$0-$s7 $18-$19 $gp $sp $fp $ra Register Number 0 1 2-3 4-7 8-15 16-23 24-25 28 29 30 31

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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Question

Write down the binary and the hexadecimal values of the following and MIPS instruction. Consider the correct values of opcode table and Register File from the tables. The registers size is 5-bit.

### MIPS Assembly Language Reference Guide

#### Logical AND Operation
```
and $t3, $t5, $v1 # $t3 = $t5 AND $v1
```
This instruction performs a bitwise AND operation on the contents of registers `$t5` and `$v1`, and stores the result in register `$t3`.

#### Instruction Format
The general format for instructions in MIPS is given by the following fields:
- `opcode`
- `rs`
- `rt`
- `rd`
- `sa`
- `funct`

#### Operation Codes (opcodes) and Function Codes (functs)
Below is a table listing various operations, opcodes, and function codes:

| opcode | rs | rt | rd | sa | funct | Operation | Description |
|--------|-------|-------|-------|------|--------|-----------|------------------------|
| 000000 | | | | | 100000 | add | add |
| 000000 | | | | | 100001 | addu | add unsigned |
| 000000 | | | | | 100010 | sub | subtract |
| 000000 | | | | | 100011 | subu | subtract unsigned |
| 000000 | | | | | 100100 | and | AND |
| 000000 | | | | | 100101 | or | OR |
| 000000 | | | | | 100110 | xor | XOR |
| 000000 | | | | | 100111 | nor | NOR |

#### Register Naming and Numbering
MIPS registers have specific names and corresponding register numbers. The table below outlines the register naming conventions and their numbers:

| Name | Register Number |
|---------|------------------|
| $zero | 0 |
| $at | 1 |
| $v0-$v1 | 2-3 |
| $a0-$a3 | 4-7 |
| $t0-$t7 | 8-15 |
| $s0-$s7 | 16-23 |
| $t8-$t9

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