CISSP Physical Security MCQs

CISSP Physical Security MCQs

Our experts have gathered these CISSP Physical Security MCQs through research, and we hope that you will be able to see how much knowledge base you have for the subject of CISSP Physical Security by answering these 30 multiple-choice questions.
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1: Type of window that is stronger than standard glass and acrylic windows - but produces a toxic gas if burned.

A.   Polycarbonate acrylic windows

B.   2 foot candles

C.   Class D

D.   Fire Extinguisher

2: This should be clearly marked - and security guards should be trained how to identify when these items leave the facility in an improper manner.

A.   Interior Partition

B.   Depth of Field

C.   Polycarbonate acrylic windows

D.   Company Property

3: These should be located on and above suspended ceilings - below raised floors - and in air ducts to provide maximum fire detection.

A.   Polycarbonate acrylic windows

B.   Electromechanical system

C.   Smoke Detectors

D.   Glare Protection

4: These controls help minimize the resulting damage and speed the recovery process

A.   Automated environmental controls

B.   Crime Prevention Through Environmental Design (CPTED)

C.   8 foot fence

D.   Interior Partition

5: Type of window that contains glass that was heated and cooled to improve integrity and strength?

A.   Radio Frequency Interference (RFI)

B.   Low Humidity

C.   Smoke Detectors

D.   Tempered windows

6: Concept of installing lighting to be directed towards where potential intruders would be coming from. Example - entrance to military base with bright lights pointing outward to entrance.

A.   Company Property

B.   Piggybacking

C.   Glass-clad polycarbonate windows

D.   Glare Protection

7: What documentation should be readily available and periodically reviewed and updated.

A.   Emergency Procedure Documentation

B.   To determine the proper budget for physical security so that security controls are cost-effective

C.   Passive Infrared System (PIR)

D.   Water

8: An electrical circuit that receives input light from the lens and converts it into an electronic signal - which is then displayed on a monitor. Allows the capture of extraordinary details of objects because its sensors work in the infrared range. Doe


B.   High security fence

C.   Media

D.   CO2

9: The estimated time it will take to repair a device and get it back into production

A.   Continuous lighting


C.   Mean Time To Repair (MTTR)

D.   Uninterpretable Power Supply (UPS)

10: This is a colorless - odorless - and potentially lethal substance because it removes oxygen from the air in order to suppress fires.

A.   Water

B.   HVAC System

C.   Glass-clad polycarbonate windows

D.   Carbon Dioxide (CO2)

11: This is a proximity identification device that does not require action by the user. The reader transmits signals to the device - and the device responds with an access code.

A.   Security Guards

B.   Transponder

C.   Tumbler Lock

D.   Normal industry security fence

12: This power source is a backup in case the primary source fails.

A.   Short focal length

B.   Fail-Secure Mode

C.   Intrusion Detection Devices

D.   Alternate Power Source

13: This is used to deter trespassing and to enable people to enter a facility through a few controlled entrances.

A.   Perimeter Protection

B.   Mantrap

C.   May have adverse affects on computer hardware

D.   Security Guards

14: When should the following items be evaluated? Local crime - natural disaster possibilities - distance to hospitals - police - fire stations - airports - and railroads.

A.   Class K

B.   Wave-pattern Motion Detector

C.   Shielded Lines

D.   When looking for locations for an office

15: These need to be able to hold the necessary load and provide the required fire rating.

A.   Mean Time To Repair (MTTR)

B.   Warded Lock

C.   Floors - ceilings - and walls

D.   Proximity Identification

16: Why does the value of property with the facility and the value of the facility itself need to be ascertained?

A.   Fail-Safe Mode

B.   Company Property

C.   To determine the proper budget for physical security so that security controls are cost-effective

D.   Brownouts

17: Type of IDS that detects changes or breaks in a circuit. Examples are window strips;vibration detectors on walls - screens - ceilings - etc; pressure pads under a rug.

A.   Class C

B.   Electromechanical system

C.   Company Property


18: These are expensive but provide flexibility in response to security breaches and can deter intruders from attempting an attack.

A.   Hydrometer

B.   Wave-pattern Motion Detector

C.   Security Guards

D.   Shielded Lines

19: These are usually planned and implemented by power companies when they are experiencing high demand.

A.   Power Regulators

B.   Brownouts

C.   Fire Extinguisher

D.   Electronic Access Control (EAC)

20: These use battery packs that range in size and capacity to provide power backup and protection. These factors should be reviewed: size of the electrical load it can support - the speed with which it can assume the load when the primary source fails -

A.   Class K

B.   Acoustical Detection System - aka seismic - or vibrational detection

C.   Extremely high security fence

D.   Uninterpretable Power Supply (UPS)

21: This should be turned off before activation of a fire suppressant to ensure it stays in the needed area and that smoke is not distributed to different areas of the facility.

A.   Glass-clad polycarbonate windows

B.   Company Property

C.   HVAC System

D.   Continuous lighting

22: This concept combines the physical environment and sociology issues that surround it to reduce crime rates and the fear of crime.

A.   Crime Prevention Through Environmental Design (CPTED)

B.   Long focal length

C.   Depth of Field

D.   Mean Time Between Failures (MTBF)

23: Type of light that provides an even amount of light across an area?


B.   Alternate Power Source

C.   Continuous lighting

D.   Extremely high security fence

24: Prolonged high voltage power loss

A.   May have adverse affects on computer hardware

B.   Surge

C.   8 foot fence

D.   Plenum Space

25: These can be user activated (action needs to be taken by a user) or system sensing (no action needs to be taken by the user)

A.   Human Life

B.   4 foot fence

C.   Soda Acid

D.   Proximity Identification

26: What can cause corrosion?

A.   Alternate Power Source

B.   Fire Extinguisher

C.   Warded Lock

D.   High Humidity

27: What needs to be evaluated for their protective characteristics - their utility - and their cost and benefits.

A.   Water - stream - and gas lines

B.   Construction materials and structure composition

C.   Smoke Detectors

D.   When looking for locations for an office

28: This type of interference can be caused by electrical system mechanisms - fluorescent lighting - and electrical cables.

A.   Power Noise

B.   Gases

C.   Smoke Detectors

D.   Radio Frequency Interference (RFI)

29: NIST standard that says critical areas should be illuminated 8 feet high - and use this unit that represents the illumination power of an individual light?

A.   Long focal length

B.   Photoelectric System

C.   Water - stream - and gas lines

D.   2 foot candles

30: Momentary power outage

A.   Proximity Identification

B.   High security fence

C.   Fault

D.   When looking for locations for an office