FOR REFERENCE USE ONLY.
A. Public health.
B. Ground safety.
C. Fire emergency services.
D. Bioenvironmental engineering.
A. Wing commander.
B. Unit commander.
C. Installation fire chief.
D. Ground safety manager.
A. Identify all confined spaces.
B. Take the lead of the confined space program team.
C. Provide training on calibration of monitoring equipment.
D. Ensure signs are posted on all permit-required confined spaces.
A. Identify all confined spaces.
B. Take the lead of the confined space program team.
C. Provide training on calibration of monitoring equipment.
D. Ensure signs are posted on all permit-required confined spaces.
A. Quarterly.
B. Annually.
C. Before major command inspection.
D. Before entry into a permit-required confined space.
A. Ground safety.
B. Fire emergency services.
C. Bioenvironmental engineering.
D. Confined space program team.
A. Identify confined spaces.
B. Take the lead of the confined space program team.
C. Provide training on calibration of monitoring equipment.
D. Ensure signs are posted on all non permit-required confined spaces.
A. Cannot inadvertently enter.
B. Contains visible physical hazards.
C. Has restricted means of entry and exit.
D. A hazardous atmosphere is clearly evident.
A. Add a permanently-installed ladder.
B. Correct all internal physical hazards.
C. Test and evaluate each confined space.
D. Ventilate to clear the hazardous atmosphere.
A. Has restricted means for entry and exit.
B. Is not designed for continuous occupancy.
C. Has poor lighting.
D. Large enough for a person to enter and perform work.
A. Could result in a cave-in.
B. Entrant may become trapped.
C. Pedestrians could inadvertently enter.
D. Monitoring equipment will be ineffective.
A. Every six months.
B. Every three months.
C. Per manufacturer’s instructions.
D. Before testing of confined space.
A. toxicity, flammability, then oxygen.
B. oxygen, flammability, then toxicity.
C. flammability, oxygen, then toxicity.
D. oxygen, toxicity, then flammability.
A. Using toxic chemical.
B. Attempting to rescue the entrant.
C. Testing oxygen deficient atmosphere.
D. Performing maintenance on electrical systems.
A. Electrical system maintenance.
B. Gas welding or brazing operations.
C. Immediately dangerous to life and health.
D. Lack of atmosphere monitoring equipment.
A. At least once every six months.
B. At least once every 12 months.
C. Upon initial assignment to rescue team only.
D. Only required by centrally located rescue team every three months.
A. Entry supervisor.
B. Unit training manager.
C. All assigned attendants.
D. All personnel on the site.
A. Test the atmosphere.
B. Sign the entry permit.
C. Identify physical hazards.
D. Notify the unit commander.
A. Rescue procedures.
B. Procedures for communication with the attendant.
C. Recognition and the effects of exposure to hazardous substances.
D. Revoke the entry permit when becoming aware of an unexpected condition.
A. To complete a mishap report.
B. To accomplish the after-action review.
C. To recognize symptoms and effects of exposure.
D. To conduct correct type of atmospheric monitoring.
A. Authority to order entrants to exit.
B. Keep unauthorized person from entering.
C. Summon help and promptly enter to retrieve the victim.
D. Procedures for continuous communication with the entrants.
A. Drop tests or sample probes.
B. Visual identification of gases and vapors.
C. Recognition of peculiar odors from hazardous substances.
D. Entrant will report symptoms of exposure to hazardous substances.
A. Forced air ventilation.
B. Contact fire emergency service.
C. Continuous atmospheric monitoring.
D. Open flame to consume flammable gas and vapors.
A. Activity log.
B. Hazard report.
C. An entry permit.
D. Notice of hazard.
A. Designated as permit-required.
B. Permit is signed by unit commander.
C. Second day of work on single permit.
D. Identified on the master entry permit.