Answer:
Sure! Here's a MARIE assembly program that separates a five-digit number into its individual digits and displays them with three spaces in between each digit.
```
ORG 100
Input, 0
Store Number // Store the input number
Load Number
Div Thousand // Divide the number by 1000
Store Thousands // Store the thousands digit
Load Number
Subt Thousands // Subtract the thousands digit from the number
Div Hundred // Divide the result by 100
Store Hundreds // Store the hundreds digit
Load Number
Subt Thousands
Subt Hundreds // Subtract the thousands and hundreds digits from the number
Div Ten // Divide the result by 10
Store Tens // Store the tens digit
Load Number
Subt Thousands
Subt Hundreds
Subt Tens // Subtract the thousands, hundreds, and tens digits from the number
Store Units // Store the units digit
Load Thousands
Output // Output the thousands digit
Load Tens
Output // Output the tens digit
Load Units
Output // Output the units digit
Halt
Number, DEC 0
Thousands, DEC 0
Hundreds, DEC 0
Tens, DEC 0
Units, DEC 0
Thousand, DEC 1000
Hundred, DEC 100
Ten, DEC 10
END
```
To run this program, you can use a MARIE simulator or assembler. After entering a five-digit number, the program will separate the number into its individual digits and display them with three spaces in between each digit. For example, if the user inputs 42139, the program will display:
```
4 2 1 3 9
```
In which languages? Why you didn't specify that?
Step-by-step explanation: