Truck Company Flashcards
There are a number of risk principles in the IFSTA Risk Management Model. The following are the three key points to keep in mind when applying these principles… the exception is:
A. Working within the personal accountability system.
B. No property is worth the life of a firefighter.
C. Team integrity is vital to safety and always be emphasized.
D. Firefighters should not commit to interior offense firefighting operations in abandoned or derelict buildings that are known or reasonably believed to be unoccupied.
E. Activities that present a significant risk to the safety of members shall be limited to situations where there is a potential to save endangered lives.
F. Activities that are routinely employed to protect property shall be recognized as inherent risks to the safety of members, and actions should be taken to avoid these risks.
G. No risk to the safety of members shall be acceptable when there is no possibility to save lives or property.
A. Working within the personal accountability system. (FALSE)
According to a program called Crew Resource Management, those in leadership positions are obligated to acquire and develop four critical leadership skills. “Conflict Resolution” is described as:
A. Involves the leader ensuring mission safety, fostering environment of respect for communication, establishing tasks with clear defined goals, and considering crew input.
B. Involves the leader of evaluating risk versus gain.
C. Involves leader demonstrating skills and techniques, demonstrating professional standards and best practices, and motivating crew members.
D. Involves the leader identifying core conflict issues, encouraging diplomatic questioning of the actions/decisions of others, acknowledging differences of opinion, and accepting constructive criticism.
D. Involves the leader identifying core conflict issues, encouraging diplomatic questioning of the actions/decisions of others, acknowledging differences of opinion, and accepting constructive criticism. (Conflict Resolution)
According to a program called Crew Resource Management, those in leadership positions are obligated to acquire and develop four critical leadership skills. “Authority” is described as:
A. Involves the leader ensuring mission safety, fostering environment of respect for communication, establishing tasks with clear defined goals, and considering crew input.
B. Involves the leader of evaluating risk versus gain.
C. Involves leader demonstrating skills and techniques, demonstrating professional standards and best practices, and motivating crew members.
D. Involves the leader identifying core conflict issues, encouraging diplomatic questioning of the actions/decisions of others, acknowledging differences of opinion, and accepting constructive criticism.
A. Involves the leader ensuring mission safety, fostering environment of respect for communication, establishing tasks with clear defined goals, and considering crew input. (Authority)
According to a program called Crew Resource Management, those in leadership positions are obligated to acquire and develop four critical leadership skills. “Mentoring” is described as:
A. Involves the leader ensuring mission safety, fostering environment of respect for communication, establishing tasks with clear defined goals, and considering crew input.
B. Involves the leader of evaluating risk versus gain.
C. Involves leader demonstrating skills and techniques, demonstrating professional standards and best practices, and motivating crew members.
D. Involves the leader identifying core conflict issues, encouraging diplomatic questioning of the actions/decisions of others, acknowledging differences of opinion, and accepting constructive criticism.
C. Involves leader demonstrating skills and techniques, demonstrating professional standards and best practices, and motivating crew members. (Mentoring)
leadership positions are obligated to acquire and develop four critical leadership skills. “Mission analysis” is described as:
A. Involves the leader ensuring mission safety, fostering environment of respect for communication, establishing tasks with clear defined goals, and considering crew input.
B. Involves the leader of evaluating risk versus gain.
C. Involves leader demonstrating skills and techniques, demonstrating professional standards and best practices, and motivating crew members.
D. Involves the leader identifying core conflict issues, encouraging diplomatic questioning of the actions/decisions of others, acknowledging differences of opinion, and accepting constructive criticism.
B. Involves the leader of evaluating risk versus gain. (Mission analysis)
Firefighter safety and survival on the fire ground is dependent upon a number of equally important elements… the exception is:
A. Working within an incident management system.
B. Making sure that orders are understood.
C. Maintaining situational awareness.
D. Never breathe smoke.
- Practice Exam “F” says answer is: “D. Never breathe smoke.” (But p.65 contradicts that)
- Trick Question, All are correct p.65 & p.71
When carrying out orders on the fire ground, maintaining “situational awareness” means knowing what is going on in the immediate surroundings. Firefighters must be able to recognize threats to their safety, understand the nature and extent of those threats, and know how to avoid or mitigate them. In absence of an air management SOP, and if crews or teams are working independently from their immediate supervisor, they should track:
A. Both their distance from the exit, and the remaining air available in their SCBA.
B. Both their SCBA air supply, and their elapsed time on air.
C. Both the time needed for their exit, and the amount of air consumed from their SCBA.
D. Both distance and time needed for their exit.
B. Both their SCBA air supply, and their elapsed time on air.
Being lost or trapped in a burning building is a very stressful experience for those in distress as well as those trying to come to their aid. The following statement is TRUE, regarding “trapped” firefighters.
A. Locate a hoseline and follow it out.
B. Crawl in a straight line with hands on floor, moving knee to hand.
C. To use their radio, firefighters may have to alternately turn their PASS devices on and off for one-minute intervals to allow them to hear transmissions from the RIC or other emergency traffic.
D. Crawl in opposing directions, right and left, each time you pass through a doorway.
C. To use their radio, firefighters may have to alternately turn their PASS devices on and off for one-minute intervals to allow them to hear transmissions from the RIC or other emergency traffic. (Firefighter trapped)
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A. Locate a hoseline and follow it out. (Firefighter lost)
B. Crawl in a straight line with hands on floor, moving knee to hand. (Firefighter lost)
D. Crawl in opposing directions, right and left, each time you pass through a doorway. (False)
Assuming that a firefighter does not have a disabling injury and is not trapped in a burning building but nearly separated from fellow firefighters and lost or disorientated, there are a number of things he or she can do to find a way out. The following techniques could be used by the “lost” firefighter… the exception is:
A. Locate a hoseline and follow it out.
B. Crawl in a straight line with hands on floor, moving knee to hand.
C. Use their radio, firefighters may have to alternately turn their PASS devices on and off for one-minute intervals to allow them to hear transmissions from the RIC or other emergency traffic.
D. Crawl in one direction (all left turns or all right turns) once in contact with a wall.
E. Call out or make noise that other firefighters might here.
F. First, the firefighter should call a Mayday and activate the PASS device.
C. Use their radio, firefighters may have to alternately turn their PASS devices on and off for one-minute intervals to allow them to hear transmissions from the RIC or other emergency traffic. (FALSE - Trapped firefighter)
When firefighters are trapped in a burning building, their first priority is to survive. The following techniques could be used by the “trapped” firefighter… the exception is:
A. First initiate a Mayday (if possible), activate their PASS devices, and seek safe refuge.
B. Try to stay calm because panic can increase their rate of respiration, which will deplete the air supply in their SCBA sooner.
C. Locate a hoseline and follow it out.
D. Given that they are trapped, they should move to the safest area available and alert Command of the situation and approximate or last known location (provided that they have a radio).
E. Use their radio, firefighters may have to alternately turn their PASS devices on and off for one-minute intervals to allow them to hear transmissions from the RIC or other emergency traffic.
F. If they do not have a radio, they should activate their PASS devices, shine a flashlight towards the ceiling, and wait for rescuers to locate them.
C. Locate a hoseline and follow it out. (FALSE - Lost firefighter)
The practice of minimizing damage and providing customer service through effective mitigation and recovery efforts before, during, and after an incident. Consider the following statements regarding damage:
1) Primary damage is damage caused by or resulting from those actions taken to fight a fire and leaving the property unprotected.
2) Secondary damage is damage caused by the fire itself and not by actions taken to fight the fire.
A. Statement #1 is true.
B. Statement #2 is true.
C. Statements #1 & #2 are true.
D. Statements #1 & #2 are false.
D. Statements #1 & #2 are false.
Opposite would be true.
Risk identification is usually accomplished through an ongoing program of preincident planning surveys. They have three purposes… the exception is:
A. To inform building owners/occupants of anything that they can do to reduce the risk of loss.
B. To ensure all applicable fire codes are complied with.
C. To allow firefighters become familiar with the building and its contents.
D. To gather information for plans development.
B. To ensure all applicable fire codes are complied with. (FALSE - Code Enforcement Inspection)
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Risk identification site visits are commonly called “surveys” to differentiate them from code enforcement inspections.
The most important factors in limiting primary damage are as follows… the exception is:
A. Extinguish the fire as quickly as possible. B. Effective strategy. C. Thorough salvage operations. D. Effective ventilation. E. Proper size up. F. Adequate on-scene resources. G. Effective method of attack. H. Thorough overhaul.
C. Thorough salvage operations. (FALSE)
While other firefighters carry out direct fire attack, _____ personnel can gain entry, conduct search and rescue operations, and support all of these efforts by performing horizontal or vertical ventilation and controlling building utilities. Effective ventilation can have a positive effect on fire behavior. It clears the atmosphere inside the burning building and makes fire control, search and rescue, and overall operations easier and safer.
A. Engine company.
B. Truck company.
C. Heavy rescue company.
D. Building maintenance.
B. Truck company.
Finding all remaining fire can be a significant problem if the fire has done major damage to the building. Finding hidden fires can also be difficult where structural damage was less severe. The following statement is TRUE regarding hidden fire.
A. Ultraviolent heat detectors can make locating hidden fires much easier.
B. Thermal imaging equipment cannot be used to locate hidden fire.
C. The time-tested methods of looking for wisps of smoke, feeling for hotspots, and listening for the crackle of a fire can no longer be used effectively in today’s buildings.
D. Applying Class A foam can help to extinguish hotspots more effectively.
E. Before the fire has been controlled, some departments withdrawal all interior personnel and use blowers to help locate hotspots. This technique must be done carefully and with a charged hoseline ready to extinguish any fire that is discovered.
D. Applying Class A foam can help to extinguish hotspots more effectively. (TRUE)
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A. “Ultraviolent” heat detectors can make locating hidden fires much easier. (FALSE - “Infrared”)
B. Thermal imaging equipment “cannot” be used to locate hidden fire. (FALSE - “can”)
C. The time-tested methods of looking for wisps of smoke, feeling for hotspots, and listening for the crackle of a fire “can no longer be used effectively” in today’s buildings. (FALSE - “can still be used effectively”)
E. “Before the fire has been controlled”, some departments withdrawal all interior personnel and use blowers to help locate hotspots. This technique must be done carefully and with a charged hoseline ready to extinguish any fire that is discovered. (FALSE - “After fire control has been achieved”
In some situations, perhaps the most effective way to protect the contents of a burning building is to remove them from danger. Exposed property should be removed in the following order:
A. That nearest the seat of the fire, that in the most likely path of fire spread, and that on the floor above the fire.
B. That nearest the seat of the fire, that on the floor above the fire, that on the floor below the fire.
C. That on the floor below the fire, that on the floor above the fire, that in the most likely path of fire spread.
D. That on the floor above the fire, that in the most likely path of fire spread, that on the floor below the fire.
A. That nearest the seat of the fire, that in the most likely path of fire spread, and that on the floor above the fire. (TRUE)
Another important salvage related function of truck company personnel inside a burning building is to remove the accumulated water as quickly and efficiently as possible. The following statements are TRUE regarding water removal… the exception is:
A. Using portable pumps to evacuate water from upper floors.
B. Wiping water from horizontal surfaces.
C. Constructing water chutes and catch basins.
D. Removing toilets to allow water to drain into the sewer system.
E. Using mops, squeegees, scoop shovels, or water vacuums to remove water from floors.
F. Breaching exterior walls to create improvised scuppers.
A. Using portable pumps to evacuate water from “upper floors”. (FALSE - “basements and low areas”)
The ideal climbing angle for ground ladders is _____ from horizontal.
A. 65°.
B. 70°.
C. 75°.
D. 80°.
C. 75°.
Numerous factors dictate where to position a ladder. If a ladder is to be used to allow firefighters to enter a narrow window, or to direct a hose stream into the window:
A. The tip of the ladder should be slightly below the sill.
B. The tip of the ladder should be wedged under the sill for additional stability.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side.
D. The tip of the ladder should extend two or three rungs into the window opening.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side. (The same position is used for positioning a firefighter to break a window for ventilation)
Numerous factors dictate where to position a ladder. If a ladder is to be used for positioning a firefighter to break a window for ventilation:
A. The tip of the ladder should be slightly below the sill.
B. The tip of the ladder should be wedged under the sill for additional stability.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side.
D. The tip of the ladder should extend two or three rungs into the window opening.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side. (The same position can be used when firefighters need to climb in or out of narrow windows or direct hose streams into them.)
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Ladders positioned for ventilation should be placed on the Windward side of the window.
Numerous factors dictate where to position a ladder. If a ladder is to be used for entry or rescue through a window:
A. The tip of the ladder should be slightly below the sill.
B. The tip of the ladder should be wedged under the sill for additional stability.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side.
D. The tip of the ladder should extend two or three rungs into the window opening.
A. The tip of the ladder should be slightly below the sill.
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Ladders positioned for rescue should be placed mid-line with the window and slightly below the sill.
Numerous factors dictate where to position a ladder. If the window sill projects out from the wall:
A. The tip of the ladder should be slightly below the sill.
B. The tip of the ladder should be wedged under the sill for additional stability.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side.
D. The tip of the ladder should extend two or three rungs into the window opening.
B. The tip of the ladder should be wedged under the sill for additional stability.
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If the sill projects out from the wall, the tip of the ladder can sometimes be wedged under it for additional stability.
Numerous factors dictate where to position a ladder. If the window opening is wide enough to permit the ladder tip to project into it and still allowed room beside to facilitate entry/exit and rescue:
A. The tip of the ladder should be slightly below the sill.
B. The tip of the ladder should be wedged under the sill for additional stability.
C. The tip of the ladder should be even with the upper portion of the window on the windward (upwind) side.
D. The tip of the ladder should extend two or three rungs into the window opening.
D. The tip of the ladder should extend two or three rungs into the window opening.
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If the window is wide enough to allow entry and exit the ladder tip can extend a few rungs into the window.
Other ladder placement guidelines include the following: Ladder at least _____ points on different sides of the building for roof access/ egress.
A. 1.
B. 2.
C. 3.
D. 4.
B. 2.
Size-up for a structure fire incident typically starts with the initial dispatch. Factors that are especially critical to be considered when responding are… the exception is:
A. Season of the year. B. Address. C. Day of the week. D. Time of day. E. Weather.
B. Address. (FALSE - not completely false just not “especially” critical as the other examples are p.152)
Size-up is simply the process of making careful observations and drawing reasonable conclusions from those observations. A factor that needs to be considered on arrival is:
A. Availability and capability of the water supply.
B. What happened?
C. Type of incident (Residential/ commercial).
D. Weather.
B. What happened?
The size-up on arrival includes certain basic factors that need to be addressed and questions that need to be answered. Factors that need to be considered on arrival at a structure fire are as follows… the exception is:
A. What happened? (Fire, explosion, lightning?).
B. What is happening now? (Read the fire and the building).
C. What is likely to happen? (Extreme fire behavior or structural collapse likely?).
D. Are the resources on scene or in route sufficient? (If not, what else is needed?)
E. Time of day. (Sleep time, work time, school time).
E. Time of day. (Sleep time, work time, school time). - FALSE -
If a large horizontal tank is involved in fire, and especially if LPG is venting from the tank, the DOT Emergency Response Guidebook (ERG 2008) recommends pulling back _____ in these instances.
A. 1 mile.
B. 3/4 mile.
C. 1/2 mile.
D. 1/4 mile.
C. 1/2 mile. (800 m)
Uncontrolled flammable gas leaks are never routine. Because the responding fire apparatus could provide a source of ignition, approach to the area of a reported order should be from upwind. Depending on the size and location of the tank, wind speed and direction, topography, and local SOP’s, apparatus should be staged away from and upwind from the leak. DOT ERG 2008 recommends staging a distance of _____ from the source of both LPG and natural gas leaks. Those assigned to assess the hazard can approach the leak source on foot.
A. 100 to 150 feet.
B. 160 to 330 feet.
C. 350 to 460 feet.
D. 500 to 1000 feet.
B. 160 to 330 feet. (50 - 100 m)
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Apparatus should stage as much as “a block away” and upwind from the leak.
The other major category of electrical emergencies to which truck company personnel are often called involves electrical wires that have fallen to the ground for some reason. The following statements are TRUE regarding down electrical lines… the exception is:
A. A common error is to establish a perimeter that is too large.
B. In most cases involving downed electrical wires, firefighters should do nothing more than establish a perimeter and denied entry to all except utility company personnel.
C. Telephone wires or cable TV lines that are down may be energized with electrical power if they are in contact with live power lines at any point.
D. Thermal imagers and alternating current detectors can also be used to detect down electrical wires hidden from view.
Recommended isolation distance is that equal to one full span between the adjacent poles or towers in all directions from a break in a wire or the point of contact with the ground.
In most cases, the decision regarding when to shut off the water supply to an unsprinklered building that is on fire is relatively simple. The following statement is TRUE regarding shutting off this water supply.
A. Unless the water supply is contributing to the fire suppression effort, it should be shut off as soon as possible.
B. The water supply in this example is not a priority, however the water supply should be shut off before leaving the scene.
C. The water supply must be shut off immediately, to avoid the electrocution hazard.
D. The water supply must be shut off immediately, before the basement floods to a point where you are unable to locate the water supply shut off.
A. Unless the water supply is contributing to the fire suppression effort, it should be shut off as soon as possible.
While all of the standard forcible entry tools are important, one of the most important and most versatile forcible entry tool is the _____ .
A. Halligan tool.
B. Pick head axe.
C. Set of irons.
D. Rotary saw.
D. Rotary saw. (aka Rescue saw)
As with all other fire service tools, the rotary saw must be maintained properly if it is to perform safely and effectively. While the manufacturer’s recommendations and departmental SOPs must be followed, the FDNY SOP on rotary sawblades provide an example of reasonable guidelines. It’s SOP reads as follows:
1) Replace 12-tooth woodcutting blades when two or more teeth are damaged or worn down more than the other teeth or when the tips are worn down to the circumference of the blade.
2) Replace 24-tooth woodcutting blades when nine or more teeth are damaged or worn excessively, or the tips are worn down to the circumference of the blade.
3) Replace composite concrete- or metal- cutting blades when they have been worn down sufficiently for the blade to fit inside an 8 inch circle.
A. #1 and #2 are true.
B. #2 and #3 are true.
C. #1 and #3 are true.
D. #1, #2, and #3 are true.
C. #1 and #3 are true.
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2) Replace 24-tooth woodcutting blades when “nine” or more teeth are damaged or worn excessively, or the tips are worn down to the circumference of the blade. (FALSE - “eight”)
Door size-up is a quick five-point size-up that will indicate the tool and techniques needed for forcible entry through any particular door. The size-up process includes… the exception is:
A. Type of door. B. Type of wall into which the door is set. C. Type of security device in use. D. Door movement. E. Type of frame around the door. F. Type of hinges/locks.
C. Type of security device in use. (FALSE)
Many residential and office doors can be forced open quickly, with little or no damage to the door or doorframe. Some doors however, require other techniques. One of the best methods to use for forcing an inward-swinging metal door set in a metal frame is:
A. Striking the door with your shoulder.
B. Using a rotary saw to cut through the rabbet.
C. Standing in front of the door and kicking it.
D. Using a mule kick.
Rabbet - Groove cut in the surface or on the edge of a board to receive another member.
It is SOP in some departments to “soften the building” when there is a significant fire inside. “Soften the building” is described as:
A. Removing strategic supports from a building to control a collapse.
B. Remove all doors into a structure when there is a significant fire inside.
C. Force open all doors and windows into a structure when there is a significant fire inside.
D. Force open all doors into a structure when there is a significant fire inside.
D. Force open all doors into a structure when there is a significant fire inside.
(When done properly will not affect fire behavior because the doors are not necessarily left open, but if firefighters or others inside need to escape through one of these doors, their progress will not be impeded)
Industrial/institutional occupancies may have several types of large service doors. All of the following doors maybe found in these properties… the exception is:
A. Large-panel swinging doors. B. Roll-up doors. C. Large tilt-slab doors. D. Telescoping doors. E. Bi-fold doors.
A. Large-panel swinging doors. (FALSE)
When cutting any large industrial/institutional doors, the minimum height of the top of the cut should be at least:
A. 2 feet above the bottom of the door.
B. 4 feet above the bottom of the door.
C. 6 feet above the bottom of the door.
D. 8 feet above the bottom of the door.
C. 6 feet above the bottom of the door. (But the higher the better)
As with doors, try to open a window instead of breaking it. The following statement is TRUE regarding breaking windows:
A. The firefighter breaking the glass should be in front of the window, and the handle of the tool should be lower than the blade.
B. The firefighter breaking the glass should be on the leeward inside of the window, and the handle of the tool should be higher than the blade.
C. The firefighter breaking the glass should be upwind of the window, and the handle of the tool should be lower than the blade.
D. The firefighter breaking the glass should be upwind of the window, and the handle of the tool should be higher than the blade.
D. The firefighter breaking the glass should be upwind of the window, and the handle of the tool should be higher than the blade.
There are a number of window security systems in use. The following statements are FALSE regarding window security systems… the exception is:
A. Rigid metal grilles may be removed by cutting the bolts used to attach the grilles to the wall with a rotary saw.
B. Plexiglass acrylic and Lexan polycarbonate can be opened with the use of an exothermic cutting device.
C. Lexan polycarbonate windows cannot be opened by scoring a large X and then striking the pain with an axe or sledgehammer.
D. Wired-glass windows cannot be cut using the same tools used to cut laminated glass.
C. Lexan polycarbonate windows cannot be opened by scoring a large X and then striking the pain with an axe or sledgehammer. (TRUE - only a rotary saw will cut Lexan polycarbonate windows)
Variables related to the need for search and rescue include all of the following… the exception is:
A. Type of construction. B. Intensity of the fire. C. Occupancy type. D. Occupant load. E. Fire load. F. Size of the fire. G. How the fire is behaving.
B. Intensity of the fire. (FALSE)
Firefighters can enhance their own safety if they and their officers make a good initial size up, continue to size up throughout the operation, and perform a risk/benefit analysis before each major step in the operation. The following statement is FALSE regarding building search safety.
A. Firefighters directly above the fire floor should also be alert for signs such as sagging floors or ceilings or the sound of structural members creaking or groaning that may indicate that the floor/ceiling assembly below them has weakened.
B. If the building is filled with smoke (zero visibility), firefighters are more likely to become disoriented and lose track of where they are in the building.
C. In zero-visibility conditions, firefighters must use a tagline or take a charge hoseline with them into the building.
D. As they search a burning building, especially when visibility is limited because of smoke and/or darkness, firefighters must always be alert for weekend or hazardous structural conditions, especially the floors.
A. Firefighters “directly above the fire floor” should also be alert for signs such as sagging floors or ceilings or the sound of structural members creaking or groaning that may indicate that the floor/ceiling assembly below them has weakened. (FALSE - “on or directly BELOW the fire floor”)
A growing number of fire departments are equipping their search teams with thermal imagers or thermal imaging cameras (TIC). Most imagers use one of two technologies, microbolometer technology and:
A. Ultra-violet technology.
B. BST (Barium, strontium, titanium) technology.
C. RATM (Radioactive temperature measurement) technology.
D. TD (Temperature differential) technology.
B. BST (Barium, strontium, titanium) technology.
One of the fastest ways to make a usable opening in an exterior wall is to:
A. Cut a substantial opening adjacent to a heavily secured door opening.
B. Make two vertical cuts down the bottom corners of a window opening to the floor. The window and the section of wall can be removed.
C. Cut a triangular cut with the apex at least 6 feet above the floor.
D. Cuts around the two sides and top of a doorframe, pry out the entire door and frame assembly.
B. Make two vertical cuts down the bottom corners of a window opening to the floor. The window and the section of wall can be removed.
Almost all structure fires require both a primary and secondary search. The number and types of resources needed to conduct the search and rescue operation safely and effectively can vary from one fire to another, depending upon a number of variables in each situation. While there may be other variables, the most common ones are… the exception is:
A. The number of stories in the building.
B. Type of building that is burning.
C. The time period the incident is occurring.
D. The fire situation.
A. The number of stories in the building. (FALSE)