in Assembly MIPS if i have the code below that loos 10 times to input an integer into an array how would i find the min value

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in Assembly MIPS

if i have the code below that loos 10 times to input an integer into an array how would i find the min value

 

```assembly
.data
    maxText:    .asciiz "\nMaximum = "
    minText:    .asciiz "\nMinimum = "
    myArray:    .space 40   # 4 bytes per int so 10 ints x 4 (10 x 4 = 40)
    newline:    .asciiz "\n"
    
.text
    .globl main

main:
    li   $t0, 10              # holds 10 for the loop to run only 10 times
    li   $t1, 0               # this register will hold the counter
    li   $t2, 0               # this register will hold the location of the array

WHILE:
    bge  $t1, $t0 BREAK
    li   $v0, 5

    syscall

    sw   $s0, myArray($t2)
    addi $t2, $t2, 4
    addi $t1, $t1, 1
    j    WHILE

BREAK:
```

### Explanation

This MIPS assembly code illustrates a simple loop structure designed to interact with an array. Below is a step-by-step breakdown:

#### Data Section
- **maxText** and **minText**: Strings used for displaying maximum and minimum values.
- **myArray**: Allocates 40 bytes of space for an array, capable of holding 10 integers (since each integer is 4 bytes).
- **newline**: A string for newline character to ensure properly formatted output.

#### Text Section
- **Global Directive**: `main` is defined as the global starting point of the program.

#### Main Routine
- **Registers Initialization**:
  - `$t0` is set to 10, dictating the number of iterations for the loop.
  - `$t1` is initialized to 0, acting as the loop counter.
  - `$t2` is initialized to 0, used as an offset to store values in `myArray`.

#### Loop (WHILE)
- **Comparison and Loop Control**:
  - `bge $t1, $t0 BREAK`: Exits the loop when the counter reaches 10.
  
- **System Call Setup**:
  - `li $v0, 5`: Prepares to read an integer from input.

- **System Call Execution
Transcribed Image Text:```assembly .data maxText: .asciiz "\nMaximum = " minText: .asciiz "\nMinimum = " myArray: .space 40 # 4 bytes per int so 10 ints x 4 (10 x 4 = 40) newline: .asciiz "\n" .text .globl main main: li $t0, 10 # holds 10 for the loop to run only 10 times li $t1, 0 # this register will hold the counter li $t2, 0 # this register will hold the location of the array WHILE: bge $t1, $t0 BREAK li $v0, 5 syscall sw $s0, myArray($t2) addi $t2, $t2, 4 addi $t1, $t1, 1 j WHILE BREAK: ``` ### Explanation This MIPS assembly code illustrates a simple loop structure designed to interact with an array. Below is a step-by-step breakdown: #### Data Section - **maxText** and **minText**: Strings used for displaying maximum and minimum values. - **myArray**: Allocates 40 bytes of space for an array, capable of holding 10 integers (since each integer is 4 bytes). - **newline**: A string for newline character to ensure properly formatted output. #### Text Section - **Global Directive**: `main` is defined as the global starting point of the program. #### Main Routine - **Registers Initialization**: - `$t0` is set to 10, dictating the number of iterations for the loop. - `$t1` is initialized to 0, acting as the loop counter. - `$t2` is initialized to 0, used as an offset to store values in `myArray`. #### Loop (WHILE) - **Comparison and Loop Control**: - `bge $t1, $t0 BREAK`: Exits the loop when the counter reaches 10. - **System Call Setup**: - `li $v0, 5`: Prepares to read an integer from input. - **System Call Execution
Expert Solution
Step 1

      .data

xyz:          .word          -8,16,-32,64,-128,256

minText:   .asciiz          "\nMinimum = "

msg_tot   .asciiz           "total: "

newline    .asciiz          "\n"

       .text

       .globl main

 

 

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