Predict the logic of the given LMC program.LOOP LDA COUNTBRZ ENDADD ONESTA COUNTLDA AADD TWOOUTSTA ABRA LOOPEND HLTCOUNT DAT -5A DAT 0ONE DAT 1TWO DAT 2

To predict the logic of the given program, we need to analyze each step and understand the instructions being executed.

1. The program starts at the label "LOOP".
2. The instruction "LDA COUNT" loads the value at the memory address labeled "COUNT" into the accumulator.
3. The instruction "BRZ END" checks if the value in the accumulator is zero. If it is, the program branches to the label "END" and terminates.
4. If the value in the accumulator is not zero, the program continues to the next instruction.
5. The instruction "ADD ONE" adds the value at the memory address labeled "ONE" to the value in the accumulator.
6. The instruction "STA COUNT" stores the value in the accumulator back to the memory address labeled "COUNT".
7. The instruction "LDA A" loads the value at the memory address labeled "A" into the accumulator.
8. The instruction "ADD TWO" adds the value at the memory address labeled "TWO" to the value in the accumulator.
9. The instruction "OUT" outputs the value in the accumulator.
10. The instruction "STA A" stores the value in the accumulator back to the memory address labeled "A".
11. The instruction "BRA LOOP" branches back to the label "LOOP" and repeats the process.

In summary, this program loops through a sequence of instructions until the value at the memory address labeled "COUNT" becomes zero. It adds the values at the memory addresses labeled "ONE" and "TWO" to the accumulator, outputs the result, and stores it back to the memory address labeled "A".