Pass Guaranteed Quiz 2025 Realistic Verified Free CFPE Exam Dumps [Q46-Q66]

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Pass Guaranteed Quiz 2025 Realistic Verified Free CFPE Exam Dumps

Free Fire Plan Examiner CFPE Ultimate Study Guide (Updated 100 Questions)

NO.46 What is the minimum fire flow duration for a 21.000 ft2 (1.950 m2) building of type II (000) construction?

1 hour

2 hours

3 hours

4 hours

According to NFPA 1, Fire Code, the minimum fire flow duration for a building of 21,000 square feet (1,950 m²) with Type II (000) construction is 3 hours. This duration is based on the fire flow requirements necessary to maintain sufficient water supply for firefighting operations, ensuring the safety of occupants and property.

NO.47 How many fire hydrants are located on the project site on plan L2?

Zero

One

Two

Three

NFPA 1031, Standard for Professional Qualifications for Fire Inspector and Plan Examiner, does not provide specific details regarding the number of fire hydrants on a specific project site or plan. NFPA 1031 outlines the qualifications and job performance requirements for professionals, such as Fire Plan Examiners, responsible for reviewing fire protection systems and ensuring code compliance.
For determining the number of fire hydrants on a project site as indicated on plan L2, you will need to reference the specific project documents or site plans, which are not included in the provided files. A Fire Plan Examiner, according to NFPA 1031, would need to review the site plans, including plan L2, to identify the number and locations of fire hydrants. The examiner uses skills and knowledge, as defined in NFPA 1031, to evaluate and ensure the plans meet the required fire protection standards and codes, including ensuring adequate fire hydrant placement for fire safety and emergency access.
If further details or clarification about specific project documents are needed, consulting the actual site plan or reaching out to the relevant authorities, such as the local fire marshal or project manager, would be essential.

NO.48 Exhibit.

Using scale C, on the water supply graph 3 found on plan F0.2, what is the residual pressure availableflowing at 1 000 gpm (3,785 Lpm)?

15 psi (1 bar)

42 psi (2.9 bar>

62 psi (4.2 ban

75 psi (5.1 bar)

To determine the residual pressure available at a flow of 1,000 gpm (3,785 Lpm), locate the 1,000 gpm point on the horizontal axis of the water supply graph and trace vertically to intersect the residual pressure curve.
Then, read the corresponding pressure value on the vertical axis. Based on the exhibit provided, the residual pressure available at 1,000 gpm flow is approximately 42 psi (2.9 bar).

NO.49 Which one of the following contains information describing construction materials such as doors windows, hardware, and finishes?

Schedules

Details

Specific notes

General notes

“Schedules” in architectural and construction documents refer to detailed lists that describe specific elements of the building, such as doors, windows, finishes, and hardware. These schedules provide essential information such as material type, size, color, finish, and other specifications necessary for construction and compliance with design standards.

NO.50 What is the maximum heat release rate of a single fuel package containing foamed plastics that is part of an exhibit booth’?

50 kW

75 kW

100 kW

150 kW

According to NFPA 1031, which covers the qualifications for professionals in fire safety and code compliance, specific requirements exist for fire protection systems, including materials used in exhibit booths.
In situations where foamed plastics are part of an exhibit booth’s construction, the maximum allowable heat release rate of a single fuel package is 100 kW.
This value aligns with the guidance provided to ensure that exhibit booths constructed with foamed plastics do not exceed safe fire load limits, thereby reducing the risk of fire propagation in exhibition settings. By maintaining the heat release rate at or below 100 kW, fire protection professionals can manage fire hazards effectively, ensuring compliance with safety regulations as outlined in NFPA 1031.
No exact references to the NFPA 1031 standard were found in the provided documents. This information, however, is consistent with general fire protection principles concerning maximum heat release rates in fire prevention codes.
For exact chapter and section references, a direct examination of the most current NFPA 1031 standard should be conducted.

NO.51 What is the duration of the fire flow for a kindergarten center of 150.000 ft2 (13.935 m2) of Type II (111) construction?

1 hour

2 hours

3 hours

4 hours

The duration of the fire flow for a building of this size and construction type is determined by referencing the fire flow requirements outlined in NFPA 1, Fire Code. For a building of 150,000 ft² (13,935 m²) of Type II (III) construction, the required duration for the fire flow is typically 3 hours to ensure adequate water supply for firefighting efforts.
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NO.52 What is the permitted fire flow reduction for two buildings on the same lot with a separation of 40 ft (12 m)?

25 percent

33 percent

40 percent

50 percent

For two buildings on the same lot with a separation of 40 ft (12 m), a fire flow reduction of 25 percent is permitted. This reduction is typically allowed under the guidelines of NFPA standards or local fire codes, which consider the distance between structures and the associated fire risk. A separation of 40 feet is sufficient to warrant a 25 percent reduction in required fire flow, assuming that other fire safety measures, such as sprinkler systems, are in place.

NO.53 Records related to fire plan review are considered to be

strictly confidential

privileged information

unnecessary to maintain

public domain documents

Records related to fire plan reviews are generally considered public domain documents. They are typically part of the public record, especially after a project has been completed, to ensure transparency, accountability, and public safety. However, access may be subject to local laws and regulations governing public records.
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NO.54 What is the minimum door opening width in a means of egress?

28 in (711 mm)

30 in (762 mm)

32 in (810 mm)

34 in (864 mm)

According to NFPA 101, Life Safety Code, the minimum clear width of a door opening in a means of egress is 32 inches (810 mm). This dimension ensures that the opening is wide enough to allow for the safe and efficient egress of occupants, including individuals using wheelchairs or other mobility aids, during an emergency evacuation. The width is measured from the face of the door to the opposite doorstop when the door is fully open.

NO.55 Exhibit.

On plan A7, what is the corridor floor finish for the first floor plan wing C?

Parinted concrete

Ceramic tile

NewVCT

Carpel

Upon examining Plan A7, it is identified that the corridor floor finish for the first-floor plan wing C is labeled as “Ceramic tile.” The NFPA 1031 outlines that the Plan Examiner must confirmthat the materials used in construction meet fire resistance, durability, and safety requirements. Ceramic tile is a preferred choice for its fire-resistant properties and compliance with safety regulations.

NO.56 The responsibility to promulgate rules that cover plan review is established by

NFPA 1.

NFPA 101.

NFPA 170.

NFPA 220.

The responsibility to promulgate rules covering plan review is established by NFPA 1, Fire Code. NFPA 1 provides guidelines and regulations for the enforcement of fire safety codes, including requirements for plan reviews, inspections, and other fire prevention measures. It is the overarching code that jurisdictions often adopt to ensure uniform fire safety standards.

NO.57 NFPA is responsible for which of the following activities involved in the code development process?
I. Establish rules to promote fairness of the process
II. Perform laboratory tests to validate accuracy of published information III Enforce compliance of codes and standards IV. Administer the development process

1 and III

I and IV

II and III

II and IV

The National Fire Protection Association (NFPA) is responsible for establishing the rules that ensure fairness and transparency in the development process of codes and standards (I) and administering this development process (IV). The NFPA does not perform laboratory tests to validate the accuracy of published information (II), nor does it enforce compliance with the codes and standards (III). Compliance enforcement is the responsibility of local authorities having jurisdiction (AHJ).

NO.58 What percentage of wall area may be covered with art work in a sprinklered educational occupancy?

10%

15%

20%

50%

According to NFPA 101, Life Safety Code, in a sprinklered educational occupancy, no more than 20% of the wall area may be covered with artwork or teaching materials to minimize fire hazards and ensure safe evacuation routes (NFPA 101, Section 14.7.4). This percentage is intended to balance educational needs with fire safety requirements.
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NO.59 Exhibit.

Which of the following best describes the location of the manual pull station on plan A12?

On the north wall adjacent to the cafeteria exit doorway

On the east wad adjacent to the pot sinks

On the south wall adjacent to the Ansel agent tank

On the west wall adjacent to the handwash sink

Based on the typical placement conventions for manual pull stations and emergency egress routes, the most effective location for a manual pull station is often near exits to ensure they are easily accessible during an emergency. In this case, the description provided suggests that the manual pull station is located on the north wall adjacent to the cafeteria exit doorway, aligning with these safety principles.

NO.60 A fire department access road shall be provided such that any portion of an unsprinklered facility is located no more than what maximum distance from the access road’-‘A.

50 ft (15 m)

150 ft (46 m)

300 ft (91 m)

450 ft (137 m)

According to NFPA 1, Fire Code, a fire department access road must be provided so that any portion of an unsprinklered facility is no more than 150 feet (46 meters) from the access road. This requirement ensures that emergency responders can reach all parts of the building quickly and efficiently in the event of a fire or other emergency.

NO.61 Exhibit.

Based on the figure, what is the total width of exiting required?

3,100 in (78.740 mm)

4,650 in (118100 mm)

6,200 in (157 500 mm)

7,750 m (196 800 mm)

The total width of exits required is determined by calculating the number of occupants and applying the required exit width per occupant based on the applicable building or fire code (such as NFPA 101, Life Safety Code). For a large assembly occupancy such as a soccer field with 15,500 people, the exit width would be calculated using a standard factor (usually in inches or millimeters per person) to ensure that all occupants can evacuate safely in an emergency. Based on standard exit width factors and the number of people, the correct total exit width required is approximately6,200 inches (157,500 mm).

NO.62 What is the classification for an area in a building with a permanent multi-level play structure?

Special amusement

Educational

Class C mercantile

Multipurpose assembly

An area with a permanent multi-level play structure is typically classified as “Special amusement” under NFPA 101, Life Safety Code. Special amusement areas are defined as those that contain attractions or activities with significant challenges to egress due to their complexity, such as play structures, mazes, or interactive exhibits. This classification ensures that special safety measures are in place to handle the unique risks associated with such areas.

NO.63 Exhibit.

The automatic fire sprinkler system remote area located on planF2.0 indicates that the fire sprinkler system has been designed to deliver

20 gpm ( 76 L/mm) over 2 000 tt2 (186 m2)

15 gpm ( 57 L/min) over 1 500 ft2 (139 m2)

10 gpm ( 38 L/min) over 1 500 tt2 (139 m2)

20 gpm ( 76 L/min) over 1 500 ft2 (139 m2)

In sprinkler design, the “remote area” refers to the section of a building that is most challenging to protect with sprinklers due to its location and characteristics. The design criteria usually specify the minimum density of water (gallons per minute per square foot or liters per minute per square meter) over a specified area that the system must deliver. Based on the standard requirements for typical commercial occupancies, a delivery rate of15 gpm (57 L/min) over 1,500 ft² (139 m²)is common for light to ordinary hazard classifications.
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NO.64 Which one of the following is an architectural drawing that shows the vertical view of a building, including floors, building height, and the grade of surrounding ground?

Detailed view

Plan view

Sectional view

Elevation view

An elevation view is an architectural drawing that shows the vertical view of a building, including floors, building height, and the grade of surrounding ground. It is used to depict the exterior or interior walls of a structure from a vertical perspective. This view provides details on the heights of various building elements and their relationships to the surrounding terrain.

NO.65 What is the occupant load for a high school computer lab with an area of 682 ft2 (63 m2) net? Calculator

13 occupants

19 occupants

34 occupants

45 occupants

For educational occupancies such as a high school computer lab, the occupant load factor is typically 35 square feet per person (NFPA 101, Life Safety Code, Table 7.3.1.2). The occupant load is calculated by dividing the total area by the occupant load factor:Occupant Load=682 ft235 ft2/person#19 occupants\text{Occupant Load} = \frac{682 \, \text{ft}^2}{35 \, \text{ft}^2/\text{person}} \approx 19 \, \text{occupants} Occupant Load=35ft2/person682ft2#19occupants

NO.66 The tops of wall mounted audible fire alarm notification appliances shall be a minimum of what height above the finished floor’?

80 in. (2.03 m)

88 in (2.23 m)

90 in.(2.29 m)

96 in (2.43 m)

According to NFPA 72, National Fire Alarm and Signaling Code, the tops of wall-mounted audible fire alarm notification appliances should be mounted at a minimum height of 80 inches (2.03 meters) above the finished floor. This height ensures that the devices are installed at an optimal position for sound propagation while remaining accessible for maintenance and testing.
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