I have a multi-block Turing Machine built in JFLAP that should pass the provided test suite, yet one of its component blocks is misbehaving. All three .jff files you’ll need (the main TM plus two reference blocks) are already uploaded; I just need the faulty block isolated, repaired, and re-integrated so the whole machine works flawlessly again. Scope • Identify the single problematic block I confessed to. • Extract its contents into a standalone JFLAP file, debug until it meets the intended logic, and prove it halts correctly on every relevant input. • Drop the fixed block back into the main TM, then rerun my existing tests—feel free to add your own regression cases—to confirm the overall machine accepts and rejects exactly as designed. Deliverables 1. Corrected block as an individual .jff file. 2. Updated master TM .jff with the fix applied. 3. Short test report showing input sets used and resulting accept/reject outcomes. Everything has to be wrapped up tonight by midnight (my local time), so efficiency matters. If you’re comfortable with formal-language theory and JFLAP’s building-block feature, this should be a concise four-hour engagement.