PRIME LAB HAZARD COMMUNICATION 2012 TRAINING TEST

1. The "Right to Know" standard requires training specific to the workplace.


2. What is the location of the PRIME Lab Safety Manual?




3. Which is an example of a physical hazard?




4. The most common types of physical hazards are fire, inhalation, and chemical reactivity.


5. A common health effect from contact with combustible liquids is defatting and drying of the skin.


6. Which method should NOT be used to determine if a substance is flammable?



7. What is a pyrophoric material?



8. Unstable or reactive materials are NOT sensitive to shock?


9. An oxidizer may:




10. Large gas leaks may displace air and result in suffocation.


11. Dose is the only factor that determines how a substance might affect your health.


12. TWA is the average amount of a chemical a person can be exposed to over an eight-hour day.


13. Chronic effects develop after many years and repeated overexposures.


14. The most common route of exposure in industrial application is:



15. The three most common ways a chemical can enter the body are ingestion, skin absorption, and inhalation.


16. The symbol on the below is used to identify:






17. If a corrosive material is spilled on the skin, the first thing to do is flush with tepid water for at least 15 minutes.


18. Toxic chemicals are poisons.


19. A carcinogen is a chemical that has the potential for causing:



20. Information concerning the hazardous materials you work with can be found on container labels and Safety Data Sheets.


21. The labels on containers in HAZCOM areas must be attached directly to the individual containers.


22. Does the label below contain all of the required information for a GHS label?




23. Which signal word denotes a more severe hazard?


24. What does this pictogram represent?






25. What does this pictogram represent?






26. "Use only outdoors or in a well-ventilated area" is an example of:



27. Hazard classes on labels are represented by:



28. The higher the number on the NFPA rating scale, the less dangerous the substance.


29. Safety Data Sheets are no longer needed because all of the needed information is on the product label.


30. Safety Data Sheets (SDSs) contain the following information:




31. The GHS hazard rating numbers are backwards from the NFPA numbers.


32. You should use an SDS whenever you need additional information about a hazardous material that is not included on the product label.


33. If you spill a hazardous material, where should you look for the best information on cleaning up the spill?



34. It is best to review the MSDSs or SDSs for hazardous materials before you use them.


35. What protective measures will insure that safe exposure limits are not exceeded?




36. If a fire alarm or oxygen monitor alarm goes off, it is best to continue working until the fire department instructs you to leave.


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