This is what I have so far but I can't get it to work. I need to have it input a dividend and a divisor and output the result along with the remainder. Example: if the input is 33 followed by 6 the output will be 5 followed by 3 since 33/6 is 5 remainder 3.
00 INP //ask the user
01 BRZ QUIT // halt the execution if input zero
02 STA DIVIDEND // store in dividend variable
03 INP // input dividor
04 BRZ QUIT // halt the execution if input zero
05 STA DIVISOR // store in divider variable
06 LDA DIVIDEND // load into acc
07 LOOP STA RESULT // store the temp result
08 LDA RESULT // load the result
09 SUB DIVISOR // subtract the dividor to acc BRP
10 BRP LOOP //loop if acc is positive or zero
11 LDA RESULT // load the result into acc
12 OUT // display the result
13 QUIT HLT // halt if zero
14 HLT // halt the execution
15 DIVIDEND DAT //declare variable
16 DIVISOR DAT
17 RESULT DAT
Currently you correctly get the input, calculate the remainder and output it. You just miss the part where you calculate the quotient and output it. The quotient is really the number of times you jump back to the start of the loop. So, increment a counter in each iteration of the loop. Then when you exit the loop you'll have counted one too many, so for the quotient you would output one less than that value.
Other remarks:
It is not necessary to perform LDA RESULT if it immediately follows STA RESULT, since that value is still in the accumulator -- no need to reload it.
There is no need to have HLT followed by HLT. That second one will never be executed.
It is not useful to say in comments what an LMC instruction does... For instance, "ask the user" is not a useful comment next to INP. Comments should explain something more -- something that is specific to this program. Most of your comments are just saying what someone could look up in a LMC language specification. That is not the purpose of comments.
So here is your code with the extra counter for getting the quotient, and with the above remarks taken into account. You can run it here.
#input: 19 9
INP // Input the dividend
BRZ QUIT // Zero is not considered a valid input
STA DIVIDEND
INP // Input divisor
BRZ QUIT // Division by zero is not allowed
STA DIVISOR
LDA ZERO // Initialise quotient
STA QUOTIENT
LDA DIVIDEND // Let dividend be the initial value of the remainder
// Repeat as long as remainder would be non-negative:
LOOP STA REMAINDER
LDA QUOTIENT // Increment quotient
ADD ONE
STA QUOTIENT
LDA REMAINDER // Reduce remainder
SUB DIVISOR
BRP LOOP
// Output the results
LDA QUOTIENT // quotient is one too great now
SUB ONE
OUT
LDA REMAINDER
OUT
QUIT HLT
// constants:
ZERO DAT 0
ONE DAT 1
// variables:
DIVIDEND DAT
DIVISOR DAT
QUOTIENT DAT
REMAINDER DAT
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