Chapter 20 - Aerial Apparatus Strategies and Tactics Flashcards

1
Q
WHAT strategies represent the overall plans needed to successfully mitigate an emergency and terminate an incident?
A. fire attack
B. search
C. operational
D. fire ground
A

C. operational

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2
Q

WHAT are the actual procedures and actions taken to successfully carry out strategies?

A

tactics

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3
Q

To successfully achieve any strategies, ff must be able to communicate effectively and perform certain t______.

A

tactics

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4
Q

Operational strategies for aerials will depend on: (what will build your strategies)

  • prefire p_____
  • prearrival i______
  • initial _____-up
A
  • plans
  • instructions
  • size
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5
Q

Operational strategies for aerials will depend on prefire plans, prearrival instructions and initial size-up and may include: (What might have to be done)

  • access to upper l_____
  • ven_______
  • elevated f____ attack
  • exp_____ protection
  • aircraft r____ and fire fighting
A
  • levels
  • ventilation
  • fire
  • exposure
  • rescue
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6
Q
The use of effective \_\_\_\_\_\_\_\_ allows for early and correct aerial placement as well as more efficient aerial operations through the incident.
A. stabilization
B. communication
C. considerations
D. signals
A

B. communication

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7
Q

Successful communication for aerial operations include: (3)

  • pre a_____ communications
  • on s_____ communications
  • tac______ communications
A
  • arrival
  • scene
  • tactical
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8
Q

Successful communication for aerial operations include: (3)

  1. pre arrival communications
    - officers and driver communicate on the d______ of the approach, the decision to st____ or commit the vehicle, and water s_____ management
    - IC will communicate apparatus po_______ and aerial ob______ (rescue, master stream, etc.)
A
  • direction
  • stage
  • supply
  • positioning
  • objective
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9
Q

Successful communication for aerial operations include: (3)

  1. on scene communications
    - officer/driver ____-up
    - confirm water s_____ strategy
    - apparatus location and turn____ placement
    - hand signals/communication device/systems as dictated by _ _ _s- directions(i.e. backing) to guide operator to exact position quickly, safely and eff________
A
  • size
  • supply
  • turntable
  • SOPs
  • effectively
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10
Q

Successful communication for aerial operations include: (3)

  1. tactical communication
    - aerial dep______ - hand signals to guide ladder in position/direct master stream
    - aerial op________ - headsets enable calm and clear communication between pump panel, control pedestal and ff on tip WITHOUT disrupting scene communications
A
  • deployment

- operations

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11
Q

Successful communication requires tr_____ and pr______.

A
  • training

- practice

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12
Q
With proper WHAT will personnel work together EFFICIENTLY and the aerial device will be used to its maximum capability through the incident?
A. stabilization
B. communication
C. considerations
D. signals
A

B. communication

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13
Q
Additional aerials on the scene, not used for rescue, ventilation and elevated fire attack can be used for ff tasks such as emergency \_\_\_\_\_ and equipment delivery.
A. search
B. medicals
C. escape 
D. all of the above
A

C. escape (AS IN RIT)

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14
Q

Whenever possible, the driver should maximize building coverage and aerial device reach and use __ wind positioning.

A

up

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15
Q
Apparatus \_\_\_\_\_\_ should provide the maximum degree of SAFETY and access to the building to the ff using the aerial device.
A. driving
B. operating
C. communication
D. position
A

D. position

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16
Q

When operating at a multistory incident, STRATEGICALLY positioned aerials create an emergency _______.

A

escape

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17
Q

When an aerial device is used for emergency escape (off a roof or unsafe position) it ______ (should/should not) be repositioned unless the change is communicated effectively and ACKNOWLEDGED.

A

SHOULD NOT

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18
Q

What can save ff time and energy from carrying equipment up the stairs?

A

using an aerial device

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19
Q

When fire conditions do not allow victims to be brought down the interior stairs or exterior fire escape, WHAT might be necessary?

A

an aerial

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20
Q

When fire conditions do not allow victims to be brought down the interior stairs or exterior fire escape, an aerial might be necessary? What must ff involved in this rescue be aware of regarding the aerial?

A

weight limitations

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21
Q

In an ideal situation, the best RESCUE approach is made from ________ (downwind, upwind?) on level grade _______ (with/without?) and obstructions.

A
  • upwind

- without

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22
Q

In an ideal situation, the best RESCUE approach is made from upwind on level grade without and obstructions. The aerial should be parked so that the turntable is __wind from the target.

A

up

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23
Q
If possible, the driver should position the aerial apparatus used for RESCUE at the \_\_\_\_\_\_ of the building.
A. corner
B. front
C. rear
D. across the street
A

A. corner

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24
Q

If possible, the driver should position the aerial apparatus used for RESCUE at the corner of the building. There are two advantages for this:

  1. you can potentially reach victims on ___ sides of the building
  2. you are potentially safer on the corner if a structural ________ occurs
A
  • 2

- collapse

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25
Q

If a rescue is to be made from an area threatened by fire, WHAT can be used to protect the victims, rescuers and the device?

A

hoselines

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26
Q
If a rescue is to be made from an area threatened by fire, hoselines can be used to protect the victims, rescuers and the device? Caution must be used when selecting the \_\_\_\_\_\_ for the lines.
A. hose size
B. nozzle type
C. fire stream
D. adapters
A

C. fire stream

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27
Q

If a rescue is to be made from an area threatened by fire, hoselines can be used to protect the victims, rescuers and the device. Caution must be used when selecting the fire stream for the lines. Master streams that direct s____ or s_____ streams AGAINST the aerial device can place damaging load STRESSES on the device, that could cause collapse of the device, especially in wind or icy conditions.

A
  • solid

- straight

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28
Q

If a rescue is to be made from an area threatened by fire, hoselines can be used to protect the victims, rescuers and the device. Caution must be used when selecting the fire stream for the lines. Master streams that direct solid or straight streams AGAINST the aerial device can place damaging load ______ on the device, that could cause collapse of the device, especially in wind or icy conditions.

A

stresses

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29
Q

If a rescue is to be made from an area threatened by fire, hoselines can be used to protect the victims, rescuers and the device. Caution must be used when selecting the fire stream for the lines. Master streams that direct solid or straight streams AGAINST the aerial device can place damaging load stresses on the device, that could cause collapse of the device, especially in wind or icy conditions. The preferred PROCEDURE is to use a _____ (wide/medium?) -angle fog stream to cool and/or protect.

A

wide

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30
Q

If a rescue is to be made from an area threatened by fire, hoselines can be used to protect the victims, rescuers and the device. Caution must be used when selecting the fire stream for the lines. Master streams that direct solid or straight streams AGAINST the aerial device can place damaging load stresses on the device, that could cause collapse of the device, especially in wind or icy conditions. The preferred PROCEDURE is to use a wide-angle fog stream to cool and/or protect. Careful to avoid injuring people OR compromising their ______ while they are on the aerial device.

A

balance

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31
Q
Placement of an elevating platform during rescue will be determined by the \_\_\_\_\_ for getting a victim into the aerial.
A. SOG
B. size-up
C. Both A and B
D. plan
A

D. plan

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32
Q
If a victim in a rescue operation is to be lifted over the top rail, the driver should position the apparatus so the \_\_\_\_\_\_\_\_ is directly in line with the target if possible.
A. turntable
B. tip
C. fire fighters
D. cab
A

A. turntable

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33
Q
If a victim in a rescue operation is to be lifted over the top rail, the driver should position the apparatus so the turntable is directly in line with the target if possible.  This placement allows for the platform to be positioned \_\_\_\_\_\_ in front of the target.
A. sideways
B. squarely
C. above and 
D. below and
A

B. squarely

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34
Q
If a victim in a rescue operation is to enter the platform through the hinged gate, the turntable must be positioned a little \_\_\_\_\_\_\_ or behind the target because the platform gates are typically on the side of the platform.
A. above
B. lower
C. forward
D. around
A

C. forward

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35
Q
If a victim in a rescue operation is to enter the platform through the hinged gate, the turntable must be positioned a little forward or behind the target because the platform gates are typically on the side of the platform. Therefore, the device must be raised at an \_\_\_\_ to the target to provide safe access to the gate.
A. grade
B. path
C. distance
D. angle
A

D. angle

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36
Q

The best way to learn the ideal approach angles for your aerial if to ______.

A

train

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37
Q

When safe, it is recommended to physically _______ the platform and onto the objective so tat you can be sure of the preferred positioning of your device (when training).

A

step off

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38
Q

Some various considerations, skills and situations when operating for rescue using the aerial: (in order)

  1. most severely threatened by conditions of the ha______
  2. largest number of g____ of people
  3. remainder of the people in the ha____ area
  4. people in ex_____ areas
A
  • hazard
  • groups
  • hazard
  • exposed
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39
Q
In situations that require using the aerial apparatus for rescue, the main objective is to reach as many victims OR points of egress as possible with a minimum number of aerial \_\_\_\_\_\_\_\_\_.
A. movements
B. apparatus
C. strategies
D. fire fighters
A

A. movements

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40
Q

The most severely threatened by conditions of the hazard is what number of priority, out of 4, when using an aerial for rescue operations?

A

1, highest

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41
Q

Largest number of groups of people is what number of priority, out of 4, when using an aerial for rescue operations?

A

2

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42
Q

remainder of the people in the hazard area is what number of priority, out of 4, when using an aerial for rescue operations?

A

3

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43
Q

People in exposed areas is what number of priority, out of 4, when using an aerial for rescue operations?

A

4

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44
Q
Those who are in the greatest amount of real or \_\_\_\_\_\_ danger should be the highest priority when using an aerial apparatus for rescue operations.
A. fire
B. perceived
C. not real
D. falling
A

B. perceived

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45
Q

Who on the fire ground will determine the victims in the most danger when using an aerial for rescue operations?

A

IC, truck officer, driver

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46
Q
Typically, occupants located ON or immediately \_\_\_\_\_ the fire floor will be in the greatest danger during rescue operations using an aerial?
A. below
B. beside
C. above
D. all of the above
A

C. above

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47
Q

What will be a strong indication of which victims are in the worse situation when using an aerial for rescue operations?

A

visible fire

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48
Q

Should rescuers using an aerial give preference to individuals who are in a panicked state and appear ready to jump if they do not see that help is imminent? YES or NO

A

YES

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49
Q

Should rescuers using an aerial give preference to individuals who are in a panicked state and appear ready to jump if they do not see that help is imminent, even if they are not in the immediate area but might be so upset they could jump? YES or NO

A

YES

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50
Q

Rescuers using an aerial SHOULD give preference to individuals who are in a panicked state and appear ready to jump if they do not see that help is imminent, even if they are not in the immediate area but might be so upset they could jump. On the other hand, they ________ (should, should not?) pass up those in greatest danger just to rescue a panicked person who is in a safe area.

A

should not

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51
Q

When two or more groups of victims appear to be in the same amount of danger, WHO gets priority? (second priority)

A

the larger group

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52
Q

In a worst-case scenario, it is best to rescue the ______ number of people possible, given the time available (second priority when using and aerial for rescue)

A

largest

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53
Q

The second priority for consideration when using and aerial for rescue involves multiple victims that may be located in _______ parts of the fire building.

A

different

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54
Q
The third priority for consideration when using and aerial for rescue involves the remainder of the people in WHAT area?
A. ground
B. exposure
C. basement
D. fire
A

D. fire

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55
Q

The third priority for consideration when using and aerial for rescue involves the remainder of the people in the fire area. Remaining groups of victims should be removed in order of the next most threatened by the H_______.

A

hazard

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56
Q

The third priority for consideration when using and aerial for rescue involves the remainder of the people in the fire area. Remaining groups of victims should be removed in order of the next most threatened by the hazard. WHO at this time should be continuing monitoring fire CONDITIONS for changes that might increase the danger to any of the waiting victims?

A

driver and officer

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57
Q

The fourth priority for consideration when using and aerial for rescue involves the people in the ______ area.

A

exposed

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58
Q
If some victims fall into both the third and fourth categories for consideration when using an aerial device for rescue, some judgment should be used to determine whether or no the victims are in enough danger to warrant ..........
A. evacuation by aerial
B. evacuation by helicopter
C. evacuation by ropes
D. evacuation by stairs
A

A. evacuation by aerial

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59
Q

If some victims fall into both the third and fourth categories for consideration when using an aerial device for rescue, some judgment should be used to determine whether or no the victims are in enough danger to warrant evacuation by aerial. In MANY cases, they simply need reassured that they are NOT in immediate _____ and left in place until fire conditions improve.

A

danger

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60
Q

If some victims fall into both the third and fourth categories for consideration when using an aerial device for rescue, some judgment should be used to determine whether or no the victims are in enough danger to warrant evacuation by aerial. In MANY cases, they simply need reassured that they are NOT in immediate danger and left in place until fire conditions improve OR they can be evacuated by interior _____ or fire ______ in order to AVOID risk of injury to victims during aerial evacuation.

A
  • stairways

- escapes

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61
Q

Changing fire conditions can change the priority (4) level of victims when using an aerial for rescue operations. TRUE or FALSE

A

TRUE

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62
Q

Fire growth, fire spread and smoke penetration will NEVER lead to less risk victims becoming high-risk victims when using and aerial for rescue operations. TRUE or FALSE

A

FALSE - it could lead to

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63
Q

OFTEN, when rescue is the HIGHEST priority on the fireground, what might not be getting the appropriate amount of attention, possibly due to shortage of ff and equipment?

A

fire attack

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64
Q
OFTEN, when rescue is the HIGHEST priority on the fireground, fire attack might not be getting the appropriate amount of attention, possibly due to shortage of ff and equipment.  The fire may continue to \_\_\_\_ and \_\_\_\_\_\_, threatening victims that initially deemed safe.
A. go up, down
B. grow, spread
C. grow, blow up
D. go up, burn
A

B. grow, spread

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65
Q
The best position for raising and extending an aerial device to a victim is for the device to be \_\_\_\_\_\_\_\_ to the objective/victim.
A. parallel
B. above
C. perpendicular
D. none of the above
A

C. perpendicular

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66
Q
The best position for raising and extending an aerial device to a victim is for the device to be perpendicular to the objective/victim.  This position reduces \_\_\_\_\_\_ stresses.
A. weight
B. torsion
C. dynamic
D. twisting
A

D. twisting

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67
Q
IF an aerial device is used in an \_\_\_\_\_\_\_\_ position when rescuing a victim, the tip should be placed above the target spot according to the manufacturers recommendations.
A. unsupported
B. supported
C. perpendicular
D. parallel
A

A. unsupported

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68
Q
IF an aerial device is used in an unsupported position when rescuing a victim, the tip should be placed above the target spot according to the manufacturers recommendations.  This placement prevents the ladder from \_\_\_\_\_\_\_ the building as people climb/descend without placing excessive \_\_\_\_\_ on the device.
A. resting, people
B. contacting, stress
C. resting, stress
D. contacting, weight
A

B. contacting, stress

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69
Q
In older aerials designed to be used in the \_\_\_\_\_\_ position, perpendicular positioning allows for the maximum load carrying capabilities when both base rails are evenly in contact with the supporting object.
A. unsupported
B. supported
C. perpendicular
D. parallel
A

B. supported

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70
Q
In older aerials designed to be used in the supported position, \_\_\_\_\_\_\_\_\_ positioning allows for the maximum load carrying capabilities when both base rails are evenly in contact with the supporting object.
A. unsupported
B. supported
C. perpendicular
D. parallel
A

C. perpendicular

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71
Q

In some cases, optimum positioning is not possible when rescuing with an aerial ladder (perpendicular to the victim) so the ladder must be extended toward the objective spot an an…..

A

angle

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72
Q
In some cases, optimum positioning is not possible when rescuing with an aerial ladder (perpendicular to the victim) so the ladder must be extended toward the objective spot an an angle.  Extend the ladder so that the beam on the building side of the ladder is \_\_\_\_ and \_\_\_\_ the objective.
A. over, lowered to
B. setting on, lowered to 
C. above, setting on
D. above, over
A

D. above, over

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73
Q
In some cases, optimum positioning is not possible when rescuing with an aerial ladder (perpendicular to the victim) so the ladder must be extended toward the objective spot an an angle.  Extend the ladder so that the beam on the building side of the ladder is above and over the objective. When victims board the ladder, their weight will case the ladder to \_\_\_\_, and proper positioning prevents the beam from contacting the building/objective.
A. flex
B. bend
C. move away
D. bounce
A

A. flex

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74
Q

In some cases, optimum positioning is not possible when rescuing with an aerial ladder (perpendicular to the victim) so the ladder must be extended toward the objective spot an an angle. Extend the ladder so that the beam on the building side of the ladder is above and over the objective. When victims board the ladder, their weight will case the ladder to flex, and proper positioning prevents the beam from contacting the building/objective. If the beam contacts the objective, the weight of the victims can cause the opposite beam to _____ downward, which could ____ or bend the ladder, causing catastrophic failure.

A
  • bend

- twist

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75
Q

Should you aim an aerial device directly at a victim, or above and then lowered to them? What might happen?

A
  • above then lowered to them

- panicked victim could jump

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76
Q

When a aerial ladder is raised above a victim and then lowered to them, a rescue fire fighter should then be prepared to do what after they climb the ladder?

A

instruct the victims HOW and WHEN to board

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77
Q
When a aerial ladder is raised above a victim and then lowered to them, a rescue fire fighter should then climb the ladder and instruct victims HOW and WHEN to board.  What form should these instructions be in?
A. hand signals
B. audible instructions
C. none, just grab them and go
D. both A and B
A

C. both A and B

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78
Q
Once an aerial device is in place for rescue, engage the \_\_\_\_\_\_\_\_ as an important step in making the device a RIGID structure if equipped.
A. extension brake
B. extension locks
C. extension stoppers
D. extension grates
A

B. extension locks

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79
Q
WHAT increases the overall strength of the extended device and greatly reduces the chances of failure using the aerial for rescue?
A. extension brake
B. extension locks
C. extension stoppers
D. extension grates
A

B. extension locks

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80
Q

When positioning the device for rescue, the driver should always be alert for dangling or falling….

A

debris

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81
Q

Damaged by fire OR weakened by other events, buildings may have unstable _____ that can loosen and fall onto the aerial at any time during rescue operations.

A

debris

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82
Q
When rescuing a victim from a window with an aerial, the tip must be positioned so that the area of the window opening is not \_\_\_\_\_\_\_\_, yet safe access to the aerial device is provided for victims/ff.
A. wide open
B. broken
C. diminished
D. all of the above
A

C. diminished

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83
Q
When rescuing a victim from a window with an aerial, the \_\_\_\_ rung of the ladder tip should be placed even with the windowsill.
A. second
B. third
C. first half
D. first
A

D. first

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84
Q

When rescuing a victim from a window with an aerial, the first rung of the ladder tip should be placed even with the windowsill. This does not block the opening and allows for victims to be placed directly on the ladder with minimum…..

A

lifting

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85
Q

When using a platform for victim rescue from a WINDOW, most fire dept. prefer that the platform be placed so that the _____(top/bottom?) rail of the platform is even with the windowsill.

A

top

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86
Q

When using a platform for victim rescue from a WINDOW, most fire dept. prefer that the platform be placed so that the top rail of the platform is even with the windowsill. This way, victims can board directly, _____ first.

A

feet

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87
Q

An alternate way to rescue from a window, other than placing the platform top rail even with the windowsill, is to position the platform so the _______ is adjacent to the window opening. Just open the gate and assist victims in.

A

access gate

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88
Q

An alternate way to rescue from a window, other than placing the platform top rail even with the windowsill, is to position the platform so the access gate is adjacent to the window opening. Just open the gate and assist victims in. Is this possible with all designs of aerial platforms? YES or NO

A

NO

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89
Q
When removing trapped victims from the roof (or other similarly open, flat areas), the tip of the aerial ladder should be placed so that at least \_\_ feet extends above the edge of the roof.
A. 6
B. 10
C. 5
D. 2
A

A. 6

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90
Q
When removing trapped victims from the roof (or other similarly open, flat areas), the platform should be placed so that the bottom of the platform is just \_\_\_\_\_ and \_\_\_\_\_ the EDGE of the roof.  
A. over, lowered to
B. setting on, lowered to 
C. above, setting on
D. above, over
A

D. above, over

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91
Q
When removing trapped victims from the roof (or other similarly open, flat areas), the tip of the aerial ladder should be placed so that at least 6 feet extends above the edge of the roof.  This allows victims to have a \_\_\_\_\_\_\_ while climbing onto the ladder.
A. grip
B. handhold
C. foothold
D. advantage
A

B. handhold

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92
Q
When removing trapped victims from the roof (or other similarly open, flat areas), the platform should be placed so that the bottom of the platform is just above and over the EDGE of the roof. This allows victims to have a \_\_\_\_\_\_\_ while climbing onto the platform.
A. grip
B. handhold
C. foothold
D. advantage
A

B. handhold

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93
Q

When removing trapped victims from the roof (or other similarly open, flat areas), the platform should be placed so that the bottom of the platform is just above and over the EDGE of the roof and if it is an ladder, the tip of the aerial ladder should be placed so that at least 6 feet extends above the edge of the roof. Is this placement the same for rescue form balconies with railings or roofs with parapet walls? YES or NO

A

YES

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94
Q

When rescuing victims off parapet style roofs, it may be necessary to use WHAT to get over the parapet to the aerial wall?

A

roof ladder

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95
Q

When rescuing victims off parapet style roofs, it may be necessary to use a roof ladder to get over the parapet to the aerial wall. If the parapet is structurally sound, the roof ladder should rest against the aerial ladder or the parapet?

A

the parapet

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96
Q

Caution should be used when laddering parapet walls because they can be weakened by fire or _____.

A

time

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97
Q

Caution should be used when laddering parapet walls because they can be weakened by fire or time. The ______ of the ladder against the wall could cause it to topple.

A

weight

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98
Q

Caution should be used when laddering parapet walls because they can be weakened by fire or time. The weight of the ladder against the wall could cause it to topple. In this case, rest the top of the roof ladder against the _____ or the __ of the aerial.

A
  • platform

- tip

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99
Q

In MANY instances, simply _______ the aerial to an area of the building that does not have a parapet wall may be the BEST option.

A

repositioning

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100
Q

What is more advantageous on parapet walls, articulating or telescoping devices?

A

articulating

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101
Q

Two knuckle and dual knuckle ______ devices are good at reaching over parapet walls and setting the platform down on roof level.

A

articulating

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102
Q
The techniques used to remove victims from a structure using an aerial device will depend on their \_\_\_ and condition.
A. size
B. weight
C. age
D. hair color
A

C. age

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103
Q
After properly positioning the ladder, at least _ and preferably _ firefighters should be assigned to assist the victims in boarding and descending the ladder. (aerial ladder)
A. 2, 3
B. 3, 4
C. 1, 3
D. 1, 2
A

D. 1, 2

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104
Q

When two or more ff are available, one should assist the victim from inside the building, and the other be on the ground. TRUE of FALSE (aerial ladder)

A

FALSE, the other should be at the tip of the ladder

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105
Q

When two or more ff are available, one should assist the victim from inside the building assisting the victims onto the ladder, and the other be at the tip of the ladder ensuring they do not fall. If only one is available, they should always be on the tip? (aerial ladder)TRUE or FALSE

A

FALSE - the situation will dictate where is better

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106
Q

Should capable adults being rescued on an aerial ladder be guided down under their own power? (aerial ladder) YES or NO

A

YES

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107
Q

Capable adults being rescued on an aerial ladder should be guided down under their own power and can lead THEMSELVES down the ladder. (aerial ladder) TRUE of FALSE

A

FALSE, should always be led by a ff

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108
Q

To avoid overloading, multiple victims coming down the ladder should be adequately spaced according to WHOS recommendations? (aerial ladder)

A

manufacturers

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109
Q
Small children and adults incapable of climbing down the ladder by themselves will have to be carried or \_\_\_\_\_\_\_\_. (aerial ladder)
A. supported
B. led down
C. harnessed
D. all of the above
A

A. supported

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110
Q

Small children and adults incapable of climbing down the ladder by themselves will have to be carried or supported. ONLY use this method as a last resort tactic when all other means of _____ have been ruled out. (aerial ladder)

A

egress

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111
Q

When rescuing infants and small children down an aerial ladder, cradle them in one arm and use the other to assist with balance and st_______ while descending. (aerial ladder)

A

stability

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112
Q
What type of method is used for heavier persons, who ARE conscious and able to control their movements but are not strong enough to descend the ladder under their own power? (aerial ladder)
A. unconscious carry
B. knee-sit
C. over-the-shoulder
D. rung slide
A

B. knee-sit

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113
Q
What method of rescuing down an aerial ladder is beneficial in that a smaller ff can easily carry a heavier person down the ladder?
A. unconscious carry
B. knee-sit
C. over-the-shoulder
D. rung slide
A

B. knee-sit

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114
Q

Why is the knee-sit method of rescuing down a aerial ladder advantageous to both the ff and the victim?

A

both have 2 free hands, ff holds rails, victim holds ff

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115
Q

Where does the ff stand to begin on the ladder for the knee-sit method of rescue off an aerial ladder?

A

stand at or just below the top rung

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116
Q
What does the ff create in the knee-sit method of rescue off an aerial ladder when he stands with one foot a rung above the other (with victim facing him)?
A. cradle
B. handy position
C. knee seat
D. crevice
A

C. knee seat

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117
Q

If a victim is unconscious, lay them _____ the rails with the ff supporting them from below in a aerial ladder rescue.

A

across

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118
Q

If a victim is unconscious, lay them across the rails with the ff supporting them from below in a aerial ladder rescue. Can you place them face up, face down or on their sides? Why or why not

A

YES - depending on comfort and injury (do not want to exacerbate their injury)

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119
Q

If a victim is unconscious, lay them across the rails with the ff supporting them from below in a aerial ladder rescue. You can place them face up, face down or on their sides. FF places BOTH hands under the victims body and grasps the….

A

handrails

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120
Q

If a victim is unconscious, lay them across the rails with the ff supporting them from below in a aerial ladder rescue. You can place them face up, face down or on their sides. FF places BOTH hands under the victims body and grasps the handrails. This method poses little or no risk to ____.

A

fall

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121
Q
What carry is the most risky and difficult rescue carry down an aerial ladder?
A. unconscious carry
B. knee-sit
C. over-the-shoulder
D. rung slide
A

C. over-the-shoulder

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122
Q
What carry will a ff only have one had to descend the ladder and will be bearing the entire weight of the victim down and aerial ladder?
A. unconscious carry
B. knee-sit
C. over-the-shoulder
D. rung slide
A

C. over-the-shoulder

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123
Q
What carry should only be performed with a "safety" ff descending just below the ff carrying the victim down and aerial ladder?
A. unconscious carry
B. knee-sit
C. over-the-shoulder
D. rung slide
A

C. over-the-shoulder

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124
Q

In an over-the-shoulder carry, WHO should assist the ff on the ladder with loading the victim on their shoulder on an aerial ladder rescue.

A

ff in the building

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125
Q

Should a victim be face up or face down for balance in the over-the-shoulder carry down and aerial ladder?

A

face down

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126
Q

Where should a victims waist be in the over-the-shoulder carry down and aerial ladder in order to obtain a well balanced carry?

A

at the ff shoulder

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127
Q

Where should a victims feet be in the over-the-shoulder carry down and aerial ladder in order to obtain a well balanced carry?

A

middle of ff chest

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128
Q

Is moving victims with a platform quicker or slower than moving them down a aerial ladder?

A

slower

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129
Q

Are mass evacuations from a single point well suited for a platform aerial? YES or NO

A

NO

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130
Q

When an aerial platform is needed for multiple rescues, it can be used much the ______ (same/different?) then/as an aerial ladder rescue.

A

same

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131
Q

A decision must be made by a qualified person if a ladder or a platform will be used for rescue. Who are these people?

A

IC or ff in the platform

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132
Q

The removal of CONSCIOUS victims by a platform requires at least how many ff?

A

one preferably two

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133
Q
If the top railing of the platform is level with the windowsill OR balcony, victims should be \_\_\_\_\_\_\_ down into the platform.
A. carried
B. pushed
C. urged
D. assisted
A

D. assisted

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134
Q
A potentially sever and damaging \_\_\_\_\_\_ load can be created when victims jump into the platform.
A. dynamic
B. heavy
C. weighted
D. crushing
A

A. dynamic

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135
Q

A potentially sever and damaging dynamic load can be created when victims jump into the platform, injuring ff and victims. IF _ _ _s allow OR MANDATE that victims enter through the ____ gates, then position the platform accordingly and assist the victims through the entry.

A
  • SOPs

- access

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136
Q

What will determine the number of passengers that a platform can remove for rescue at a time? (2)

A

load capacity and space

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137
Q

If a second ff is available, where should they be when a platform is being lowered to the ground with conscious victims?

A

at the loading point on the ground

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138
Q

How many ff are required to remove an unconscious victim to a platform aerial?

A

2

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139
Q

If there is no stokes basket when rescuing unconscious victims with a platform, where should yo put them?

A

on the floor

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140
Q

If there is room, and an unconscious victim is on a stokes basket, where should you put them on a platform?

A

on the floor

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141
Q

If there is no room on the floor for an unconscious victim on a stokes, where should they be placed on a platform secured by CONVENTIONAL methods?

A

across the railings, secured with conventional methods

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142
Q

Do some aerial platforms have extendable arms designed for a litter (stokes?) YES or NO

A

YES

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143
Q

Have some manufacturers tested AND approved Stokes cradles in platforms? YES or NO

A

YES

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144
Q

For procedures on securing a victim in a stokes basket, see IFSTA’s…..

A

Fire Service Technical Search and Rescue manual

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145
Q

The tactic of Evacuating a stokes/litter basket DOWN (2 ways) an aerial ladder should be used first before carrying it down the stairwell, fire escape or moving it to a safe place of refuge until conditions improve. TRUE or FALSE

A

FALSE - last resort, easier to do it the other ways

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146
Q
How many methods are there to lower a stokes basket down an aerial ladder?
A. 1
B. 2
C. 3
D. 4
A

B. 2

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147
Q

The ______ method of lowering a stokes basket by way of aerial ladder is to slide the basket down the ladder using one of two methods.

A

easiest

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148
Q
The BEST method of lowering the stokes basket by way of the aerial ladder works only if the litter will fit between the \_\_\_\_\_ of the aerial ladder.
A. rungs
B. fly
C. rails
D. sections
A

C. rails

149
Q

The BEST method of lowering the stokes basket by way of the aerial ladder works only if the litter will fit between the rails of the aerial ladder. The litter is simply placed on the rungs of the ladder with the victims head __ (down/up?) and at at least 1 (preferably 2) ff guiding the litter down the ladder. (do not exceed the ladder’s rated capacity). A _____ (rope/chain?) is controlled by one or two ff near the _____ (tip/bottom?) of the ladder MAY be used to control the descent.

A
  • up
  • rope
  • tip
150
Q
If the stokes does not fit between the rails, it should be placed on the top of the handrails (top rails), \_\_\_\_\_\_ to the ladder.
A. parallel
B. connected
C. angled
D. perpendicular
A

D. perpendicular

151
Q
If the stokes does not fit between the rails, it should be placed on the top of the handrails (top rails), perpendicular to the ladder. A \_\_\_\_ rope from the topside should be used to help control the descent of the litter.
A. guide
B. long
C. short
D. double
A

A. guide

152
Q
If the stokes does not fit between the rails, it should be placed on the top of the handrails (top rails), perpendicular to the ladder. A guide rope from the topside should be used to help control the descent of the litter. Some DEPT. also prefer to secure \_\_\_ long-handled tools, like pike poles, to the bottom of the litter to assist the slide.
A. 3
B. 2
C. 4
D. 1
A

B. 2

153
Q
When a litter is perpendicular to the top rails and is being slide down the ladder, a ff should \_\_\_\_ down the ladder ahead of the litter to make sure that it does not slip off the rails.
A. slide
B. slip
C. back
D. all of the above
A

C. back

154
Q
When a litter is perpendicular to the top rails and is being slide down the ladder, at least \_\_\_\_ ff, on OR near the turntable area  must be available to assist in removing the basket from the ladder and lower it to the ground.
A. 3
B. 2
C. 4
D. 1
A

B. 2

155
Q

Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from elevated positions. TRUE or FALSE

A

TRUE - some fire dept.

156
Q

Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from ELEVATED positions. TRUE or FALSE

A

TRUE - some fire dept.

157
Q
Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from ELEVATED positions. Some manufacturers design their aerial device to withstand this type of rescue, but it is still vital to be certain that related equipment is \_\_\_\_\_\_\_\_\_. Under the best of circumstances, this is difficult.
A. non-compatible
B. included
C. serviceable
D. used
D.
A

C. serviceable

158
Q

Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from ELEVATED positions. Some manufacturers design their aerial device to withstand this type of rescue, but it is still vital to be certain that related equipment is serviceable. Under the best of circumstances, this is difficult. In some cases, the strain imposed on the aerial ladder ______ (exceeds, under exceeds?) the manufacturers recommended load limit.

A

exceeds

159
Q

Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from ELEVATED positions. Do these evolutions have the potential to place strains on the rope that may exceed their breaking strength? YES or NO

A

YES

160
Q
Some fire DEPT. use aerial ladders as a part of a rope lowering system for removing victims in basket litters from ELEVATED positions. BEFORE attempting such an evolution, the driver/operator MUST know the limitations of all \_\_\_\_\_ involved, such as the aerial device, rope and hardware used in the process.
A. pieces
B. parts
C. workings
D. tools
A

D. tools

161
Q

A lifting eye used for rescue operations may be on some ______ devices.

A

aerial

162
Q
A lifting \_\_\_\_ used for rescue operations may be on some aerial devices that is used with rope TYPE rescue with LIMITED capacity.
A. eye
B. loop
C. anchor
D. hanger
A

A. eye

163
Q
To ensure that the capacity is not exceeded when using rope type rescue on a lifting eye off the aerial, it is essential that lifts be made in a \_\_\_\_\_\_ manner, without causing the device or the load to bounce, jerk or sway.
A. clean
B. smooth
C. quick
D. rough
A

B. smooth

164
Q
A lifting eye used for rescue operations may be on some aerial devices that is used with rope TYPE rescue with LIMITED capacity. Use appropriate methods to \_\_\_\_\_\_ the load while it is being lifted.
A. move
B. raise
C. stabilize
D. work
A

C. stabilize

165
Q
Most lifting eyes are intended to be used \_\_\_\_\_\_\_ (unless there is a single eye located in the center) as a single anchor for a single rescue rope ONLY.
A. in sync
B. separate
C. both A and B
D. in pairs
A

D. in pairs

166
Q

Aerials can be used as high point anchors, BUT only as a last ______.

A

resort

167
Q

Aerials can be used as high point anchors, BUT only as a last resort and only with tr______, exp_____ and auth______ personnel.

A
  • trained
  • experienced
  • authorized
168
Q
Do not use the aerial as your means of lifting victims and rescuers; instead, use \_\_\_\_\_\_\_\_\_.
A. manpower
B. winches
C. ropes
D. jacks
A

A. manpower

169
Q

Rope and hardware used with the lifting eye (s) should be appropriate for the load being lifted and comply with WHAT NFPA standard?

A

NFPA 1983, Standard for Life Safety

Rope and Equipment for Emergency Services

170
Q

Rope and hardware used with the lifting eye (s) should be appropriate for the load being lifted and comply with NFPA 1983 AND be rigged by an individual trained in proper rope rescue techniques such as those found in NFPA WHAT?

A

NFPA 1670, Standard on Operation and Training for Technical Search and Rescue Incidents

171
Q

When lifting objects other than PEOPLE with the aerial, if a pulley is provided, the WORKING end of the rope should ONLY be anchored to a lower section of the WHAT?

A

ladder

172
Q

When lifting objects other than PEOPLE with the aerial, if a pulley is provided, the WORKING end of the rope should ONLY be anchored to a lower section of the ladder. In this set up, the rope will be _______ (lowered/raised?) when the device sections are extended and _______ (lowered/raised?) when the device sections are retracted.

A
  • raised

- lowered

173
Q

When lifting objects other than PEOPLE with the aerial, if a pulley is provided, the WORKING end of the rope should ONLY be anchored to a lower section of the ladder. The working end should NEVER be anchored to other parts of the l_____, a static st_____ or to objects on the g______.

A
  • ladder
  • structure
  • ground
174
Q
When lifting objects other than PEOPLE with the aerial, if a pulley is provided, the WORKING end of the rope should ONLY be anchored to a lower section of the ladder. The working end should NEVER be anchored to other parts of the ladder, a static structure or to objects on the ground. If it is ANCHORED to the ground, then the load on the running OR FREE end becomes \_\_\_\_\_\_ the weight of the load = overload device = damage, tipping or collapse.
A. three times
B. twice
C. heavier than
D. lighter than
A

B. twice

175
Q

It is encouraged in general, that fire dept. use aerial devices (particularly light- and medium-duty devices) for water rescues. TRUE or FALSE

A

FALSE - discouraged

176
Q

The two most common scenarios that aerials have been called upon to assist in the PAST are vehicles that have been driven into _____ (high, low?) water across roadways AND removing people who have become trapped on a t______ or similar object in a rain-swollen, _______ (slow/fast?) moving body of water.

A
  • high
  • tree
  • fast
177
Q

The first safety issue for aerial apparatus at water rescues is the lack of a suitable location to adequately do THIS….

A

stabilize

178
Q

In order to do an water rescue, an aerial device usually has to spot a few _____ from the water’s edge.

A

feet

179
Q

In order to do an water rescue, an aerial device usually has to spot a few feet from the water’s edge. In most cases, this ground is m______ or otherwise un______.

A
  • muddy

- unstable

180
Q

Will a muddy edge for a water rescue with an aerial device usually be fine and support the aerials weight? YES or NO

A

NO

181
Q

Why does unstable ground at a water’s edge for water rescue present an even more safety hazard than usual? (THINK what will the rig have to do?)

A

full extension, VERY low angles

182
Q
Another safety issue for an aerial at a water rescue, that is dangerous, is the potential for the aerial device to make contact with \_\_\_\_\_ moving water.
A. gently
B. roughly
C. swiftly
D. gradually
A

C. swiftly

183
Q
Moving bodies of water generate tremendous amounts of \_\_\_\_\_\_ on FIXED objects in contact with them.
A. push
B. elevation
C. leverage
D. force
A

D. force

184
Q
Should the EXTENDED aerial device come in contact with swiftly moving water, the lateral force on the device could result in \_\_\_\_\_\_\_ to the device and/or a \_\_\_\_\_\_\_\_\_ to the stability of the apparatus.
A. damage, compromise
B. damage, movement
C. shifting, compromise
D. shifting, movement
A

A. damage, compromise

185
Q
Should the EXTENDED aerial device come in contact with swiftly moving water, AT THE VERY LEAST, the stress could bend or twist the device that could result in a \_\_\_\_\_\_\_ and continual \_\_\_\_\_\_ action perhaps even causing personnel on the ladder to fall. =  severe injury or drowning
A. dangerous, shaking
B. violent, twisting
C. dangerous, retraction
D. spiraling, bouncing
A

B. violent, twisting

186
Q

A ff connected to an aerial device with a safety h______ could have extreme difficulty getting disentangled once the aerial device entered water during a water rescue. = possible severe injury or drowning

A

-harness

187
Q

What must ANYONE working near the water be wearing?

A

PFD (personal flotation device)

188
Q

Lastly, on aerial devices that have a _______ (high, low?) tip-load rating when ________ (fully, partially?) extended to a HORIZONTAL objective, it is difficult to so without overloading the device in a water rescue.

A
  • low

- fully

189
Q

For info on MORE safer methods of performing water rescue, see IFSTA’s WHAT or
Swiftwater Rescue by WHOM?

A
  • Fire Service Technical Search and Rescue

- Slim Ray

190
Q

Should ventilation operations monopolize apparatus OR manpower that may be needed for rescue operations? YES or NO

A

NO - even though it is important for the overall COMBAT plan

191
Q

It is VERY important to remember that the aerial device is meant to be a battering ram and a forcible entry tool. TRUE or FALSE

A

FALSE - It is NOT to be used as

192
Q

It is VERY important to remember that the aerial device is NOT meant to be a battering ram and a forcible entry tool of any kind. There is no way to measure the amount of s_____ impacting a structure will place on the device.

A

stress

193
Q
What can make the ventilation process quicker and safer using an aerial device?
A. proper tools
B. lighter equipment
C. stabilizing on proper ground
D. proper placement
A

D. proper placement

194
Q
When providing access to a \_\_\_\_\_ roof for ventilation, the driver should position the apparatus on the unburned side, as close as possible to the area being vented.
A. flat
B. pitched
C. tar
D. mansard
A

A. flat

195
Q

When providing access to a FLAT roof for ventilation, the driver should position the apparatus on the unburned side, as close as possible to the area being vented. This position ________ (maximizes, minimizes?) the travel distance between the work area and the aerial and could be important if the roof _______ (fails/is stable?)

A
  • minimizes

- fails

196
Q

When providing access to a roof for ventiliation, it should be placed so that the vent holes will be cut in the travel path back to the device. TRUE or FALSE

A

FALSE, so the vent holes will NOT be

197
Q

When providing access to a roof for ventilation, the ladder should extend ______ roof level so it allows personnel to safely get on and off the device AND makes the aerial device easier to find once the ff are on the roof.

A

above

198
Q
When providing access to a roof for ventilation, extend the fly section so that the minimum of \_\_ feet protrudes over the edge of the roof.
A. 10
B. 6
C. 2
D. 9
A

B. 6

199
Q

When providing access to a roof for ventilation, extend the fly section so that the minimum of 6 feet protrudes over the edge of the roof. This makes the location of the ladder plainly visible to ff on the roof, even in s_____ conditions.

A

smokey

200
Q
When providing access to a roof for ventilation, extend the fly section so that the minimum of 6 feet protrudes over the edge of the roof.  This makes the location of the ladder plainly visible to ff on the roof, even in smokey conditions and knowing where it is important in case the ff needs to make a hasty \_\_\_\_\_\_\_\_.
A. jump for it
B. venting decision
C. retreat
D. Both B and C
A

C. retreat

201
Q
Before ff exit an aerial ladder onto a roof (for vent), they should check the \_\_\_\_\_\_\_ of the roof by sounding with a long forcible entry tool, such as a rubbish hook.
A. covering
B. thickness
C. type of shingles
D. integrity
A

D. integrity

202
Q
When using an elevated platform for ventilation, the bottom of the platform should be positioned \_\_\_\_\_ OR extending slightly over the roof's edge.
A. even with
B. 2 inches back from
C. slightly below
D. setting on
A

A. even with

203
Q

When using an elevated platform for ventilation, the bottom of the platform should be positioned even with OR extending slightly over the roof’s edge. This allows ff to _______ (easily/difficultly?) exit and enter the platform.

A

easily

204
Q

Is it safer to ladder the tip of the aerial ladder or platform or to rely on a parapet wall (venting)?

A

ladder the tip of the aerial ladder

205
Q

When resource permits, it is a good idea to ladder the roof from HOW many sides to permit an alternate escape for venting if a crew is cut off from the first aerial?

A

two

206
Q

If ff cannot safely vent on a roof or conditions warrant a different approach, can ff horizontal or cross vent with an aerial? YES or NO

A

YES

207
Q

If ff cannot safely vent on a roof or conditions warrant a different approach, ff can horizontal or cross vent with an aerial. FF on the TIP or in the platform can break ______-story windows with a ____ pole or similar tool.

A
  • upper

- pike

208
Q

Should the FF on the tip of the ladder venting horizontally or cross venting be secured to the ladder or platform with a safety belt? YES or NO

A

YES

209
Q
The FF on the tip of the ladder venting horizontally or cross venting should be secured to the ladder or platform with a safety belt.  The aerial device should be positioned slightly \_\_\_\_\_\_\_ the window and slightly to the \_\_\_\_\_\_\_ side.
A. below, downwind
B. above, upwind
C. below, upwind
D. above, downwind
A

B. above, upwind

210
Q

The FF on the tip of the ladder venting horizontally or cross venting should be secured to the ladder or platform with a safety belt. The aerial device should be positioned slightly above the window and slightly to the upwind side. By being slightly above, what does that do about the falling glass?

A

does not allow it to hit ff

211
Q

The FF on the tip of the ladder venting horizontally or cross venting should be secured to the ladder or platform with a safety belt. The aerial device should be positioned slightly above the window and slightly to the upwind side. If a wind is blowing across the face of the building, windows on the downwind portion should be taken out first or second using proper venting practices?

A

first

212
Q

when braking windows for horizontal or cross ventilation, ensure that ff below the windows stay clear to avoid what?

A

falling glass and debris

213
Q
The driver/operator should coordinate all venting activities with fire attack and in accordance with the IC's \_\_\_\_\_\_\_\_.
A. ideas
B. driving skills
C. incident action plan
D. all of the above
A

C. incident action plan

214
Q
The driver/operator should coordinate all venting activities with fire attack and in accordance with the IC's incident action plan, otherwise, the increased fire INTENSITY may unnecessarily damage the building OR create an unsafe environment for \_\_\_\_\_\_\_ crews.
A. exterior
B. master stream 
C. exposure
D. interior
A

D. interior

215
Q

What IFSTA book can you get more info on ventilation techniques?

A

Essentials of Fire Fighting

216
Q
Elevated master streams are most commonly used in WHAT kind of operations?
A. defensive
B. offensive
C. exposure protection
D. rescue
A

A. defensive

217
Q
In what type of operation can elevated master streams be used to directly attack the fire, cool embers and gases within the thermal column, and protect exposures?
A. defensive
B. offensive
C. exposure protection
D. rescue
A

A. defensive

218
Q
When a defensive attack is employed, what must an elevated master stream operation consider?
A. risk of damage to aerial
B. risk of building collapse
C. risk of fire exposure
D. risk of explosions
A

B. risk of building collapse

219
Q

When a defensive attack is employed, an elevated master stream operation must consider the risk of building collapse. Position the apparatus on the _______ of the building OR at an otherwise safe distance from the building to decrease the chance of damage to the truck or injury to ff.

A

corners

220
Q

When a defensive attack is employed, an elevated master stream operation must consider the risk of building collapse. Position the apparatus on the corners of the building OR at an otherwise safe distance from the building to decrease the chance of damage to the truck or injury to ff. This ALSO _________ (increases/decreases?) the chance of damage from _______ (radiant/convection?) heat from the fire.

A
  • decreases

- radiant

221
Q

When a defensive attack is employed, an elevated master stream operation must consider the risk of building collapse. Position the apparatus on the corners of the building OR at an otherwise safe distance from the building. This SAFE DISTANCE must be BALANCED with a close enough distance to allow the bulk of the _______ stream to be able to reach the _____ of the fire OR the exposures being protected.

A
  • fire

- seat

222
Q

When the IC decides to use a elevated master stream, the driver/operator must know the v_____ to be delivered, the type of s_____ to be used and the placement of the s______.

A
  • volume
  • stream
  • stream
223
Q

When the IC decides to use a elevated master stream, the driver/operator must know the volume to be delivered, the type of stream to be used and the placement of the stream. They are responsible for applying the water stream q_____, sm______ and eff______ as possible.

A
  • quickly
  • smoothly
  • efficiently
224
Q
When the IC decides to use a elevated master stream, the driver/operator must know the volume to be delivered, the type of stream to be used and the placement of the stream. If they do no give consideration to the potential water supply \_\_\_\_\_\_ on the INITIAL set-up, then all of the water available from the hydrant may not be used and the stream will be \_\_\_\_\_\_\_.
A. considerations, small
B. types, great
C. demands, ineffective
D. demands, small
A

C. demands, ineffective

225
Q
When using an elevated master stream in a \_\_\_\_\_ attack, the driver should position the apparatus to give the fire stream as much reach into the area as possible.
A. fire
B. exposure
C. controlled
D. blitz
A

D. blitz

226
Q

When using an elevated master stream in a blitz attack, the driver should position the apparatus to give the fire stream as much reach into the area as possible. The ULTIMATE goal will be to place the nozzle in the _______ (lower/upper?) portion of the window opening so that the fie stream is directed ______ (downward/upward?) toward the ceiling.

A
  • lower

- upward

227
Q

Should the driver ensure the rig is close enough to the building during a blitz attack, so that the tip of the aerial device can be placed into the desired position without allowing radiant heat to damage the device or apparatus? YES or NO

A

YES

228
Q

When crews are working inside a building, should you always or never perform external fire attack using master streams/aerial devices?

A

NEVER

229
Q

WHAT poses serious safety threats to interior ff by:

  • disturbing the thermal layers
  • creating large volumes of steam
  • possibility of being struck by the stream
  • added weight of water not draining at approximately the weight it is applied = building collapse.
A

external master stream attacks

230
Q

External master stream attacks poses serious safety threats to interior ff by:

  • disturbing the th______ layers
  • creating large volumes of st_____
  • possibility of being struck by the st______
  • added weight of ______ not draining at approximately the s_____ weight it is applied = building collapse.
A
  • thermal
  • steam
  • stream
  • water
  • same
231
Q

IN SOME CASES, could the aerial device be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms? YES or NO

A

YES

232
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it equipped with:
A. water tower
B. articulating device
C. telescoping aerial platform
D. both A and C
A

D. both A and C

233
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms.  The driver should position the apparatus so that the turntable is directly in line with the WHAT (usually a window, door or opening of some type), IF POSSIBLE?
A. target
B. hot spots
C. exposure potential
D. none of the above
A

A. target

234
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms.  The driver should position the apparatus so that the turntable is directly in line with the target (usually a window, door or opening of some type), IF POSSIBLE.  This position allows the fire stream to \_\_\_\_\_\_\_\_ as far into the fire area as possible.
A. soak in
B. penetrate
C. sink in
D. splash
A

B. penetrate

235
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms. The driver/operator will need to judge the distance to the building accurately so that WHAT will get close enough to be effective?
A. tip
B. aerial rieach
C. nozzle
D. ff
A

C. nozzle

236
Q

IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms. A recommended tactic is to direct the master stream at the floor of the target area. TRUE or FALSE

A

FALSE - at the ceiling

237
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms.  A recommended tactic is to direct the master stream at the ceiling of the target area. This will penetrate without disturbing what?
A. fire fighter
B. the aerial
C. the nozzle friction
D. the thermal layer
A

D. the thermal layer

238
Q
IN SOME CASES, the aerial device could be used as a master stream CLOSER to ground level, especially if it is equipped with water towers or telescoping aerial platforms.  A recommended tactic is to direct the master stream at the ceiling of the target area. This will penetrate without disturbing the thermal layer and will break the stream into finer water particles upon contact, creating a near perfect atmosphere for steam \_\_\_\_\_\_\_\_.
A. conversion
B. evaporation
C. pushing
D. extinguishment
A

A. conversion

239
Q

Do solid stream nozzles and fog nozzles both have a respective place in aerial OPERATIONS? YES or NO

A

YES

240
Q

If possible, only keep solid stream nozzles on an aerial. TRUE or FALSE

A

FALSE, keep both solid stream and fog

241
Q

It is important to ensure that any nozzles used are ________ with the manufacturer’s DESIGNED waterway and appliance provided on aerials.

A

compatible

242
Q

It is important to ensure that any nozzles used are compatible with the manufacturer’s DESIGNED waterway and appliance provided on aerials. This will prevent damage to the water____ and poor stream and/or flow per_________.

A
  • way

- performance

243
Q

On a master stream, what will make a nozzle lose some of its effectiveness when used?

A

when it is not discharged at its rated flow/pressure

244
Q

A 750 gpm fog nozzle discharging 750 gpm will preform more effectively than a 1,000 gpm nozzle flowing 750 gpm. TRUE or FALSE

A

TRUE

245
Q

What is better at breaking up water and allowing better steam conversion?
Fog nozzle
or
Solid stream nozzle

A

fog nozzle

246
Q

Which provides a WIDER coverage?
fog nozzle
or
solid stream nozzle

A

fog nozzle

247
Q

What nozzle has the drawback of not providing the reach and penetration often needed to reach the seat of an INTENSE fire?
fog nozzle
or
solid stream nozzle

A

fog nozzle

248
Q

Can fog streams be adversely influenced by atmospheric or fire-created winds? YES or NO

A

YES

249
Q

For a very intense fire, the water from a fog nozzle may be converted to ______ before reaching the seat of the fire.

A

steam

250
Q

If using a fog nozzle on most defensive or otherwise long-range operations, set the fog stream nozzle to the ______ stream setting in order to closely emulate the performance of a solid stream nozzle.

A

straight

251
Q

What kind of nozzle provides excellent penetration into fire areas?
fog nozzle
or
solid stream nozzle

A

solid stream nozzles

252
Q

If an outside elevated stream is to be directed into the interior of a structure, THESE nozzles can provide the power needed to reach the seat of the fire while allowing the heated gases to vent around the stream.
fog nozzle
or
solid stream nozzle

A

solid stream nozzle

253
Q
If an outside elevated stream is to be directed into the interior of a structure, solid stream nozzles can provide the power needed to reach the seat of the fire while allowing the heated gases to \_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_.
A. dissipate in the air
B. raise to the ceiling
C. vent around the stream
D. be released to the atmosphere
A

C. vent around the stream

254
Q

The _________ are able to reach longer distances when the aerial apparatus cannot be positioned close to the building.
fog nozzles
or
solid stream nozzles

A

solid stream nozzles

255
Q

The BEST APPLICATION for _______ are reaching fires deeply seated with a BUILDING or for defensively attacking large, well-developed fires from a relatively long distance.
fog
or
solid stream

A

solid streams

256
Q
Often a trained ff can tell the effectiveness of a stream by the WHAT of the water.
A. look
B. temperature
C. feel
D. sound
A

D. sound

257
Q

Often a trained ff can tell the effectiveness of a stream by the sound of the water. If water is going into the intended window opening, it will make more or less noise than when hitting the side of the building?

A

less

258
Q

Aerial apparatus can be used to apply large quantities of foam to fires in b___ fuel storage tanks, air____, in________ facilities or trans_________ incidents.

A
  • bulk
  • aircraft
  • industrial
  • transportation
259
Q

Aerial apparatus can be used to apply large quantities of foam to fires in bulk fuel storage tanks, aircraft, industrial facilities or transportation incidents. It is generally practical to discharge aerated foam through an elevated master stream appliance. TRUE or FALSE

A

FALSE - It is NOT practical

260
Q
Ambient winds or the fire's thermal column can do THIS to aerated foam due to its high air content in the stream (aerial master stream).
A. make is susceptible to break up
B. make it flow faster
C. make it penetrate the fire
D. make it flow in the wrong direction
A

A. make it susceptible to break up

261
Q
A carefully placed solid OR straight master stream from the exterior of the building is often referred to as....
A. exterior attack
B. blitz attack
C. quick knock
D. fast attack
A

B. blitz attack

262
Q
An elevated master stream can make a WHAT IF conditions are right and personnel are trained appropriately.
A. exterior attack
B. blitz attack
C. quick knock
D. fast attack
A

B. blitz attack

263
Q
Where must the seat of the fire be in order for a blitz attack to be successful?
A. outside of a building
B. middle of a building
C. where an outside stream can reach it
D. where a hoseline can reach it
A

C. where an outside stream can reach it

264
Q
Where must an aerial be positioned for a blitz attack to be successful?
A. a great distance from the building
B. in front of the building
C. in the rear of the building
D. fairly close to the building
A

D. fairly close to the building

265
Q
\_\_\_\_\_\_\_\_\_\_ are often conducted when the fire is on upper stories AND while ff are preparing to enter the building.
A. exterior attack
B. blitz attack
C. quick knock
D. fast attack
A

B. blitz attack

266
Q

Can an aerial device initiate an offensive blitz attack? YES or NO

A

YES - don’t forget

267
Q
There is a tendency to initiate an interior fire attack first on a fire, but valuable time to slow the fire can be lost.  What can an AERIAL do at an upper level fire that can be reached with a master stream to begin the process of putting out the fire while interior attack teams PREPARE to make entry?
A. exterior attack
B. blitz attack
C. quick knock
D. fast attack
A

B. blitz attack

268
Q
A well trained aerial device operator can apply a penetrating \_\_\_\_\_\_\_ stream from an aerial device, potentially confine the fire, and buy time for interior attack teams.
A. straight
B. solid
C. fog
D. all of the above
A

A. straight (all though a straight can be used in blitz attack)

269
Q
Water deflection can be accomplished with an aerial device using a blitz attack by positioning the device so that the nozzle is \_\_\_\_\_\_  the bottom of the window. (and hits the ceiling to deflect)
A. above
B. about even with
C. resting on
D. below
A

B. about even with

270
Q
Water deflection can be accomplished with an aerial device using a blitz attack by positioning the device so that the nozzle is about even with the bottom of the window. (and hits the ceiling to deflect) This position allows water to enter the area at an angle of about \_\_\_ degrees. (down)
A. 20
B. 15
C. 30
D. 90
A

C. 30

271
Q

Water deflection can be accomplished with an aerial device using a blitz attack by positioning the device so that the nozzle is about even with the bottom of the window. (and hits the ceiling to deflect) This position allows water to enter the area at an angle of about 30 degrees. (down) If too _____ (large/small?) angle is used, water will hit the ceiling AHEAD of the fire area and cascade to the floor.

A

large

272
Q
Water adds weight to a structure at the rate of \_\_\_\_\_\_\_ pounds for every 250 gpm.
A. 1,000
B. 500
C. 2,750
D. 2,000
A

D. 2,000

273
Q
Water adds weight to a structure at the rate of 2,000 pounds for every \_\_\_\_ gpm.
A. 250
B. 150
C. 200
D. 300
A

A. 250

274
Q

Water adds weight to a structure at the rate of 2,000 pounds for every 250 gpm. and could contribute to ______ of an already fire-weakened structure.

A

contribute

275
Q

Should you find avenues of drainage from the building when using a master stream for ff operations when possible? YES or NO Why?

A

YES - add to collapse danger

276
Q
When elevated master streams are used in a blitz attack, they should only be flowed long enough to do WHAT to the fire?
A. put it out
B. darken it down
C. contain it
D. all of the above
A

B. darken it down

277
Q
When elevated master streams are used in a blitz attack, they should only be flowed long enough to darken down the fire.  INSTEAD, do THIS to avoid unnecessary risks of water damage or collapse and for final extinguishment and overhaul operations.
A. send in extinguishers
B. bucket brigade
C. advance hoselines
D. none of the above
A

C. advance hoselines

278
Q

Should ff exercise caution when entering a structure that has been subjected to a long-term master stream attack? YES or NO

A

YES

279
Q
A more common use for elevated master streams is in \_\_\_\_\_\_\_\_\_ operations.
A. offensive
B. fast attack
C. exposure
D. defensive
A

D. defensive

280
Q
What kind of EXTERIOR attack has emphasis on exposure protection?
A. offensive
B. fast attack
C. exposure
D. defensive
A

A. defensive

281
Q
The object of the \_\_\_\_\_\_\_ attack is to contain the fire within a specified area. 
A. offensive
B. fast 
C. exposure
D. defensive
A

D. defensive

282
Q

Indicators of a potential defensive attack are:

  • f____ or building conditions prohibit safe advancing of handlines
  • IC opts to sacrifice part of the b_______ to the fire
  • l______ amounts of water needed to extinguish the fire (common attics or multiple apartments, etc.)
A
  • fire
  • building
  • large
283
Q
In a defensive attack with an aerial, the \_\_\_\_\_\_\_ at the incident will dictate what type of stream should be used.
A. fire conditions
B. IC
C. driver/operator
D. officer
A

A. fire conditions

284
Q
Because the intense heat of a fire could force the aerial apparatus to be positioned farther away, most commonly, what type of stream would be used?
A. straight
B. solid
C. fog
D. both A and B
A

D. both A and B

285
Q

The power of elevated streams can cause furniture and other burning items to move into _____ areas.

A

unburned

286
Q
The power of elevated streams can cause furniture and other burning items to move into unburned areas AS WELL AS create avenues of \_\_\_\_\_\_\_ heat.
A. radiant
B. convection
C. direct
D. none of the above
A

B. convection

287
Q
Movement of burning building \_\_\_\_\_\_\_\_ can cause a change in the direction of fire spread and even reverse the rise of products of combustion in the thermal column.
A. walls
B. parapets
C. contents
D. master streams
A

C. contents

288
Q
Movement of burning building contents can cause a change in the \_\_\_\_\_\_\_\_ of fire spread and even reverse the rise of products of combustion in the thermal column.
A. speed
B. products
C. area
D. direction
A

D. direction

289
Q
Movement of burning building contents can cause a change in the direction of fire spread and even reverse the rise of products of \_\_\_\_\_\_\_\_ in the thermal column.
A. combustion
B. extinquishment
C. smoke
D. all of the above
A

A. combustion

290
Q

In order not to move around contents that are on fire or convection waves, or push the fire into unburned areas of a building during defensive fire attack, if possible, position the apparatus on the _______ side of the building.

A

unburned

291
Q

Is it uncommon for more than one elevated master stream to be in use at larger, defensive fire operations. TRUE or FALSE

A

FALSE, it is NOT uncommon

292
Q

It is NOT uncommon for more than one elevated master stream to be in use at larger, defensive fire operations. If this is the case, operators should exercise caution so that they do not st_______ another aerial device with their own stream.

A

strike

293
Q

When using an elevated master stream, what should ff give CONTINUAL attention to regarding the fire stream’s effect on? (if venting, or preparing to vent)

A

stream’s effect on overall fire conditions

294
Q

When using an elevated master stream, ff should give CONTINUAL attention to regarding the fire stream’s effect on overall fire conditions. (if venting, or preparing to vent) The f_____ of the stream ALONG with the resulting air movement can re______ smoke, heat and fire gasses throughout the fire building.

A
  • force

- redirect

295
Q

The IC at a fire building should be particularly observant that VENTING operations are not rendered ineffective by doing THIS with a elevated master stream.

A

directing streams into openings intended for ventiliation

296
Q
What kind of attack is an exterior attack that aims to contain the fire within a specified area, typically using large amounts of water?
A. offensive
B. fast 
C. exposure
D. defensive
A

D. defensive

297
Q

Interior handlines can be provided to an aerial as an exterior standpipe to upper floor (a tactic that eliminates difficult hose lays up interior stairwells) by removing the n______ and attaching hoses to a g_____ outlet.

A
  • nozzle

- gated

298
Q

Exterior standpipes are an effective tactic for the following:

  • no op______ standpipe system
  • fires in p_______ garages
  • fires on building r______
  • fires on br_____ and overpasses
  • fires in buildings under c________ where standpipe system is not available
A
  • operable
  • parking
  • roofs
  • bridges
  • construction
299
Q

What can be kept on the platform, connected to an outlet, for elevated standpipe operations, that save valuable time in setting up for interior standpipe operations?

A

preconnected handlines

300
Q

Preconnected handlines can be kept on the platform, connected to an outlet, for elevated standpipe operations, that save valuable time in setting up for interior standpipe operations. What will this temporarily reduce?

A

weight allowed on platform (until lines go into building)

301
Q
Using the aerial for THIS operations commits the ladder or platform to a single position and may prevent its use for other CRITICAL tasks such as rescue and ventilation.
A. elevated standpipe
B. exposure protection
C. defensive attack
D. blitz attack
A

A. elevated standpipe

302
Q
Careful evaluation of incident \_\_\_\_\_\_ will help determine if the use of elevated standpipe operations tactic is beneficial OR if the aerial device would better be used for other tasks.
A. command
B. priorities
C. scene
D. exposures
A

B. priorities

303
Q

WHAT is defined as a structure or separate part of the fireground to which the fire may spread (carports, automobiles, stack of hay)?

A

exposure

304
Q
Fire spreads to exposures either by:
A. conduction
B. convection
C. radiation
D. all of the above
A

D. all of the above

305
Q

Conditions that affect EXPOSURE hazards:

  • w______
  • fu___
  • top_______
  • building c_______
  • spacing between the f____ building and the ex______
  • int______ of the fire
A
  • weather
  • fuel
  • topography
  • construction
  • fire
  • exposure
  • intensity
306
Q

Do only current or recent weather conditions affect a fire’s ability to spread to exposures?

A

Both

307
Q
Increased \_\_\_\_\_\_\_\_\_ content in exposed combustible material prolongs its resistance to IGNITION.
A. air
B. convection
C. moisture
D. fog
A

C. moisture

308
Q
\_\_\_\_\_\_ also reduces the chance of NATURAL cover catching fire and spreading to surrounding structures.
A. air
B. water streams
C. snow
D. rain
A

D. rain

309
Q

Can rain alone provide adequate exposure protection? YES or NO

A

NO - may not

310
Q

When an exposure is SEVERELY threatened, is it probable that the amount of rain falling on the exposure IS sufficient to prevent ignition. TRUE or FALSE

A

FALSE, IS NOT sufficient

311
Q
If it is raining, standard \_\_\_\_\_ means of providing exposure protections should still be considered and ready in any case.
A. tactical
B. fire fighting
C. aerial device
D. all of the above
A

A. tactical

312
Q

W____ also plays a large part in exposure protection (besides rain).

A

wind

313
Q
\_\_\_\_\_\_\_ enhances the effects of RADIATED and CONVECTION heat transfer, and fast moving burning embers.
A. air
B. wind
C. snow
D. rain
A

B. wind

314
Q

If wind is blowing away from an exposure, the chances of fire spread are reduced and eliminated. TRUE or FALSE

A

FALSE - reduced, but not eliminated

315
Q
In severe fire situations, during exposure protection, a fire itself can create its own \_\_\_\_\_ conditions in the form of more rapid convection currents.
A. rain
B. tornado
C. wind
D. fire
A

C. wind

316
Q

The type of c______ and the prox_____ of the exposure to the fire building also affect the chance of the exposure catching fire.

A
  • construction

- proximity

317
Q
Exposures with WHAT type of exterior finish have an increased risk of secondary fire involvement?
A. wood
B. metal
C. noncombustible
D. combustible
A

D. combustible

318
Q
Some combustible construction \_\_\_\_\_\_\_\_\_ include:
-wood/plastic siding
-wooden window frames
-interior combustible items (curtains, blinds, carpets) close to large windows or glass areas.
A. elements
B. parts
C. pieces
D. retardants
A

A. elements

319
Q
The type of construction and the proximity of the exposure to the fire building also affect the chance of the exposure catching fire. These both should be considered during \_\_\_\_\_\_\_\_ and \_\_\_\_\_\_\_ of the incident.
A. attack, clean up
B. response, size-up
C. attack, stabilization
D. search, overhaul
A

B. response, size-up

320
Q

Is the aerial apparatus itself considered an exposure HAZARD? YES or NO

A

YES

321
Q

In some cases, is the aerial apparatus (or any apparatus) the most valuable exposure at the scene? YES or NO

A

YES

322
Q

What is crucial in order that an apparatus not become a exposure hazard?

A

placement

323
Q

Why does simply directing fire streams into the air between the fire and the exposure not appreciably reduce the chance of the exposure catching fire?
A. convected heat does not transmit through air
B. radiated heat does not transmit through air
C. radiated heat is transmitted through water
D. convected heat transmits through water

A

C. radiated heat is transmitted through water (will go through water to the exposure)

324
Q
Simply directing fire streams into the air between the fire and the exposure does NOT appreciably reduce the chance of the exposure catching fire.  Water applied directly on the exposure more effectively absorbs the \_\_\_\_\_\_\_\_ developed on the surface of the exposure and reduces its ability to catch fire. (radiated heat)
A. fire
B. surface tension
C. radiant heat
D. heat energy
A

D. heat energy

325
Q
Protection from THIS type of fire spread (exposure) can be accomplished by applying a large fog stream into the thermal column.
A. convective
B. radiant
C. conductive
D. none of the above
A

A. convective

326
Q
\_\_\_\_\_ streams may reduce the chances of burning embers traveling through the air and igniting other structures.
A. straight
B. fog
C. solid
D. both A and C
A

B. fog

327
Q

When resources are limited, could it be necessary to use one master stream to both fight the fire and protect exposures? YES or NO

A

YES

328
Q

When resources are limited, it could be necessary to use one master stream to both fight the fire and protect exposures. How would a driver position for this tactic?

A

where the master stream can be moved between the fire and the exposure

329
Q

When resources are limited, it could be necessary to use one master stream to both fight the fire and protect exposures. Care must be taken not to neglect the -_____ by devoting too much attention to the fire itself.

A

exposure

330
Q

Some elevating ________ have 2 nozzles, where 1 stream can be directed to the fire building and the other to protect _________.

A
  • platform

- exposures

331
Q
The practice of \_\_\_\_\_\_\_\_ from an aerial platform is dependent upon availability of water, required flow, and the # of ff available to monitor the application. (exposure protection)
A. rescue
B. direct attack
C. using two nozzles
D. extending a hoseline
A

C. using two nozzles

332
Q
The practice of using 2 nozzles from an aerial platform is dependent upon availability of water, required flow, and the # of ff available to monitor the application. (exposure protection) Because of these FACTORS, the full use of the apparatus may be \_\_\_\_\_\_\_\_.
A. certain
B. unlimited
C. extended
D. limited
A

D. limited

333
Q
Positioning aerial (and other) apparatus to provide exposure protection may create some interesting \_\_\_\_\_\_\_\_\_ that require careful consideration.
A. challenges
B. situations
C. environments
D. all of the above
A

A. challenges

334
Q
\_\_\_\_\_\_\_\_ must ensure that aerial apparatus are positioned for effective, safe stream placement and for maximum coverage of the exposure and the fire building, if so desired.
A. maps
B. planning
C. the IC
D. the driver
A

B. planning

335
Q

If a fire becomes large enough to become an exposure, the apparatus itself assigned to protect the exposure might become an….

A

exposure themselves

336
Q

While the aerial is placed for maximum protection to the exposed buildings, the apparatus should not be put into a situation where measures must be taken to ________ the apparatus itself.

A

protect

337
Q
While the aerial is placed for maximum protection to the exposed buildings, the apparatus should not be put into a situation where measures must be taken to protect the apparatus itself.  There should always be a \_\_\_\_\_\_\_ exit route in the event that fire conditions worsen and exposure protection ops must be abandoned.
A. back up
B. secondary
C. straight forward
D. none of the above
A

C. straight forward

338
Q
In \_\_\_\_\_\_\_ \_\_\_\_\_\_\_\_ operations, wide sweeping nozzle patterns are generally used to cover the involved areas.
A. direct attack
B. quick knock
C. defensive attack
D. exposure protection
A

D. exposure protection

339
Q
In exposure protection operations, wide sweeping nozzle patterns are generally used to cover the involved areas.  When using this pattern, the stream should not be \_\_\_\_\_\_\_\_ beyond the safe limits required by the manufacturer of the aerial device.
A. rotated
B. pushed
C. created
D. pressurized
A

A. rotated

340
Q

ALWAYS operate elevated streams into natural ventilation openings. TRUE or FALSE

A

FALSE - never at any time

341
Q

During exposure protection take care to avoid breaking……

A

windows

342
Q
During exposure protection take care to avoid breaking windows because it may result in extensive \_\_\_\_\_\_\_ and it could enhance the fire's ability to spread inside the exposure.
A. property damage
B. water damage
C. debris
D. problems
A

B. water damage

343
Q

The exact type of stream to use on exposures will depend on the c__________ of the individual fire.

A

condition

344
Q
The exact type of stream to use on exposures will depend on the conditions of the individual fire. When possible, a \_\_\_\_\_\_\_ will allow for maximum coverage of the exposure.
A. straight stream
B. solid stream
C. fog pattern
D. z pattern
A

C. fog pattern

345
Q

Conditions that may not allow for a fog stream when protecting exposures:

  • high w____ conditions
  • excessive d_____ between the nozzle and exposure
  • extensive h____ from the fire evaporating the stream prior to contact with the t_____ area
A
  • wind
  • distance
  • heat
  • target
346
Q
What type of streams must be constantly maneuvered to cover the entire surface of the structure during exposure protection? 
A. straight stream
B. solid stream
C. fog stream
D. both A and B
A

D. both A and B

347
Q
During exposure protection take care to avoid breaking windows because it may result in extensive water damage and it could enhance the fire's ability to spread inside the exposure.  Because of their velocity, ff should exercise particular care with \_\_\_\_\_\_\_\_\_\_\_ to avoid damaging building components and windows.
A. straight stream
B. solid stream
C. fog stream
D. master streams
A

D. master streams

348
Q

What order should rescuing victims of larger commercial passenger aircraft and some military aircraft be:

  • use of aerial devices
  • place a set of portable stairs next to the exit doors
  • escape chutes or slides at exit door openings
A
  1. escape chutes or slides at exit door openings
  2. place a set of portable stairs next to the exit doors
  3. use of aerial devices
349
Q

Can aerial devices be used to support operations involving aircraft rescue and fire fighting (ARFF) incidents? YES or NO

A

YES

350
Q

On noncrash fire incidents involving large-frame aircraft, is there a possibility of using an aerial for rescue purposes? YES or NO

A

YES

351
Q

Personnel and passengers should use extreme caution when mounting and dismounting an aerial device from the wing of an aircraft because the wing is ________ even under DRY weather conditions.

A

slippery

352
Q

Personnel and passengers should use extreme caution when mounting and dismounting an aerial device from the wing of an aircraft because the wing is slippery even under DRY weather conditions, but treacherous when w_____, foam, i__ or fu__ is present on the surface.

A
  • water
  • ice
  • fuel
353
Q

Personnel and passengers should use extreme caution when mounting and dismounting an aerial device from the wing of an aircraft because the wing is slippery even under DRY weather conditions, but treacherous when water, foam, ice or fuel is present on the surface. Passengers may have to be escorted ___ __ _ ___ to the aerial device under these conditions.

A

one at a time

354
Q
All ladders should be positioned to the \_\_\_\_\_ (\_\_\_\_) of the entry doors when rescuing with and aerial from an aircraft.
A. aft (rear)
B. aft (front)
C. bay (front)
D. bay (rear)
A

A. aft (rear)

355
Q
All ladders should be positioned to the aft (rear) of the entry doors when rescuing with and aerial from an aircraft to keep the aerial away from the opening of doors and will not impact the \_\_\_\_\_\_\_\_\_\_ deployment.
A. water
B. escape slide
C. passenger
D. wheel chairs
A

B. escape slide

356
Q

Rescue personnel must consider the passengers’ state of mind and maintain order during the exit process off airplanes because there may be……(with extreme panic and fear)

A

hundreds of passengers waiting

357
Q

In some cases, an aerial might be needed for SMALL aircraft who have crashed into t____, electrical w____ or other el_______ locations.

A
  • trees
  • wires
  • elevated
358
Q

In some cases, an aerial might be needed for SMALL aircraft who have crashed into trees, electrical wires or other elevated locations. USE the device to stabilize the aircraft or lower it from its resting position and NOT to gain access to remove victims. TRUE or FALSE

A

FALSE-to remove victims, NOT for stabilization or to lower the aircraft

359
Q

In case a small aircraft that has crashed into an elevated location, the driver/operator should make sure the aerial is p_____ and s______ in the event that the aircraft becomes dislodged and falls.

A
  • parked

- stabilized

360
Q

In case a small aircraft that has crashed into an elevated location, the driver/operator should make sure the aerial is parked and stabilized in the event that the aircraft becomes dislodged and falls as well as pos_______ and op_______ as SAFELY as possible to avoid damage to the device and injury if it becomes dislodged.

A
  • position

- operate

361
Q

If an aircraft has come to a rest near or in electrical lines the driver should not elevate the aerial device until the utility company can verify what?

A

the lines are de-energized

362
Q
Aerials can be used for elevated \_\_\_\_\_\_\_ on interior aircraft fires.
A. standpipes
B. master streams
C. rescue ops
D. none of the above
A

A. standpipes

363
Q

Aerial devices can provide PLATFORMS for _______ entry and m______ ventilation on aircraft crashes.

A
  • forcible entry

- mechanical ventilation

364
Q

Can aerials provide positive pressure ventilation on aircraft crashes? YES or NO

A

YES

365
Q

What can provide scene lighting and other support operations on aircraft crashes?

A

aerial devices

366
Q
What kind of nozzles do some aerial devices have that are especially helpful in extinguishing hard-to-reach fires and cargo aircraft fires?
A. fog
B. piercing
C. solid stream
D. bresnin
A

B. piercing

367
Q
Piercing nozzles on aerials are helpful in extinguishing hard-to-reach fires and cargo aircraft fires and can be used in conjunction with a \_\_\_\_\_\_\_\_\_\_\_\_\_ to help identify the appropriate location.
A. 1 inch hose
B. double female
C. thermal imaging camera
D. light seeking camera
A

C. thermal imaging camera

368
Q

Driver/operators of aerials should understand their roles in these 4 fireground strategies and practice tactics safely and within the recommended limitations of their apparatus:

  • r______
  • v__________
  • elevated f______ attack
  • ex_______ protection
A
  • rescue
  • ventilation
  • fire
  • exposure