Modify your code from exercise 4 so that each output character is separated by a space, or output to a new line.

    .ORIG x3000

; Take Input from user
    LEA R3,Label        ; load array base addr in R3
    LD R2,Ten        ; load 10 in R2 (counter)
Input
    TRAP x23        ; input character
    STR R0,R3,#0        ; store inputted char in memory
    ADD R3,R3,#1        ; increment array base addr
    ADD R2,R2,#-1        ; decrement counter register R2
    BRp Input        ; branch to input if R2 is positive

; Add 1 to each inputted character
    LEA R3,Label        ; load array base addr in R3
    LD R2,Ten        ; load 10 in R2 (counter)
Add1
    LDR R0,R3,#0        ; load value from mem in R0
    ADD R0,R0,#1        ; increment R0 so it'll be plus 1 character
    STR R0,R3,#0        ; store inputted char in memory
    ADD R3,R3,#1        ; increment array base addr
    ADD R2,R2,#-1        ; decrement counter register R2
    BRp Add1        ; branch to Add1 if R2 is positive

; Output resultant Array character each in New Line
    LEA R3,Label        ; load array base addr in R3
    LD R2,Ten        ; load 10 in R2 (counter)
OutputByNewLine
    LDR R0,R3,#0        ; load value from mem in R0
    TRAP x21        ; display character stored in R0 on console
    AND R0,R0,#0
    LD R0,NewLine        ; load ascii value of NewLine in R0
    TRAP x21
    ADD R3,R3,#1        ; increment array base addr
    ADD R2,R2,#-1        ; decrement counter register R2
    BRp OutputByNewLine    ; branch to Output if R2 is positive

; Output resultant Array character each separated by Space
    LEA R3,Label        ; load array base addr in R3
    LD R2,Ten        ; load 10 in R2 (counter)
OutputBySpace
    LDR R0,R3,#0        ; load value from mem in R0
    TRAP x21        ; display character stored in R0 on console
    AND R0,R0,#0
    LD R0,Space        ; load ascii value of Space in R0
    TRAP x21
    ADD R3,R3,#1        ; increment array base addr
    ADD R2,R2,#-1        ; decrement counter register R2
    BRp OutputBySpace    ; branch to Output if R2 is positive

    HALT
Label    .BLKW #10
Ten    .FILL #10
NewLine    .FILL x000A
Space    .FILL x0020
    .END