Final Comprehensive Exam

Q1. What are the four questions in Module R1.1’s “ethics test,” used to evaluate uncertain field decisions?

Q2. Per Module R1.1’s customer code lifecycle, when should a customer’s access code be changed?

Q3. In Case Study 2 from Module R1.2, what act started the chain of events that led to the confidentiality violation?

Q4. Per Module R1.2’s penalty tier table, what is the typical fine range cited for a Tier 2 (documentation/minor workmanship) violation?

Q5. Per Module R2.1, working as an unlicensed alarm installer or company carries what level of criminal exposure?

Q6. Per Module R2.1’s five-step individual registration process, what happens at step two?

Q7. Per Module R2.2, what self-audit is recommended at month 12 of a technician’s 24-month renewal cycle?

Q9. Per Module R3.1, who publishes the NEC, and how often is it revised?

Q10. Per Module R3.1’s “three-legged stool” analogy, which three elements together create the Class 2 safety guarantee?

Q11. Per Module R3.2 and NEC 725.136(B), which four characteristics must a barrier have to legally separate Class 2 and power conductors sharing an enclosure?

Q12. Per Module R3.2, roughly how much does a failed low-voltage inspection typically add in callback labor costs?

Q13. Per Module R4.1, what wireless mesh protocol operating at 908 MHz is preferred for security devices because it doesn’t compete with WiFi for bandwidth?

Q14. Per Module R4.1, what are the four core hardware components found inside a modern control panel enclosure?

Q15. Per Module R4.2, what creates the “blind zone” in a pet-immune PIR detector, and roughly how high does it extend?

Q16. Per Module R4.2’s PIR placement rules, what mounting position is described as optimal for covering most residential rooms with a single detector?

Q17. Per Module R5.1’s recommended delay settings table, what exit/entry delay does the module suggest for small commercial sites?

Q18. Per Module R5.1, roughly what percentage of false alarms trace back to user error specifically?

Q19. Per Module R5.2, what steps are required to restore alarm service after a permit suspension?

Q20. Per Module R5.2’s discussion of industry best practices, what verification protocol standard does the module reference by name?

Q21. Per Module R6.1, what does a “tamper fault” typically read on a zone’s measured resistance, relative to the normal end-of-line value?

Q22. Per Module R6.1, which four tools does the module list as essential in every service truck for troubleshooting?

Q23. Per Module R6.2, which of the following is one of the four core reasons the module gives for why documentation matters professionally?

Q24. Per Module R6.2’s turnover packet checklist, what should be provided for item one — the user manual?

Q25. Per Module R7.1’s “before you begin” guidance, what must a technician do before starting functional testing on a live account?

Q26. Per Module R7.1, roughly how long does a typical residential walk-through inspection take, compared to a full functional test?

Q27. Per Module R7.2, what four maintenance agreement tiers does the module describe, from most basic to most comprehensive?

Q28. Per Module R7.2, what is the recommended format for a device label?

Q29. Per Module R8.1’s duty rating table, what is the maximum load capacity for a Type I (Heavy Duty) ladder?

Q30. Per Module R8.1, what should happen to a ladder once it has been tagged “DO NOT USE” and retired?

Q31. Per Module R8.2’s scanning guidance, what should a driver be looking for in the “far zone,” roughly 12–15 seconds ahead?

Q32. Per Module R8.2’s spotter hand signals for backing up, what does “both palms toward the chest, waving in” mean?