TFM10 NFPA 24 2025 COMPREHENSIVE EXAM QUESTIONS WITH DETAILED VERIFIED AND 100%
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
NFPA 24-TFM10 EXAM QUESTIONS AND
100% CORRECT ANSWERS BRAND NEW
EXAM ALREADY GRADED A+
Question 1
The Standard shall cover the minimum requirements for the installation of private
service mains and their appurtenances, which include the following
Correct Answer
-Automatic Sprinkler Systems
-Open Sprinkler Systems
-Water Spray Fixed Systems
-Foam Systems
-Private Hydrants
-Monitor Nozzles or Standpipe Systems with reference to water supplies
-Hose Houses
Question 2
This standard shall NOT apply to the following situations
Correct Answer
-Mains under the control of a water utility
-Mains providing fire protection and/or domestic water that are privately owned but
are operated as a water utility
Question 3
Residual Pressure
Correct Answer
The pressure that exists in the distribution system, measured at the residual hydrant
at the time the flow readings are taken at the flow hydrants.
Page 1 of 29
,TFM10 NFPA 24 2025 COMPREHENSIVE EXAM QUESTIONS WITH DETAILED VERIFIED AND 100%
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
Question 4
Static Pressure
Correct Answer
The pressure that exists at a given point under normal distribution system
conditions measured at the residual hydrant with no hydrants flowing.
Question 5
Check Valve
Correct Answer
A valve that allows flow in one direction but prevents flow in the opposite direction.
Question 6
Indicating Valve
Correct Answer
A valve that has components that show if the valve is open or closed. Examples are
outside screw and yoke (OS&Y) gate valves and underground gate valves with
indicator posts.
Question 7
Dry-Barrel Hydrant
Correct Answer
Fire hydrant that has its operating valve located at the base or foot of the hydrant
rather than in the barrel of the hydrant. When operating properly, there is no water
in the barrel of the hydrant when it is not in use. These hydrants are used in areas
where freezing may occur.
Question 8
Flow Hydrant
Correct Answer
The hydrant that is used for the flow and flow measurement of water during a flow
test.
Page 2 of 29
, TFM10 NFPA 24 2025 COMPREHENSIVE EXAM QUESTIONS WITH DETAILED VERIFIED AND 100%
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
Question 9
Private Fire Hydrant
Correct Answer
A valved connection on a water supply system having one or more outlets that is
used to supply hose and fire department pumpers with water on private property.
Question 10
Public Hydrant
Correct Answer
A valved connection on a water supply system having one or more outlets that is
used to supply hose and fire department pumpers with water.
Question 11
Residual Hydrant
Correct Answer
The hydrant that is used for measuring static and residual pressures during a flow
test
Question 12
Wet-Barrel Hydrant
Correct Answer
A hydrant used in areas that are not susceptible to freezing. The barrel of the
hydrant is normally filled with water.
Question 13
Private Fire Service Mains
Correct Answer
Hydraulic calculations shall show that the main is able to supply the total demand at
the appropriate pressure.
Page 3 of 29
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
NFPA 24-TFM10 EXAM QUESTIONS AND
100% CORRECT ANSWERS BRAND NEW
EXAM ALREADY GRADED A+
Question 1
The Standard shall cover the minimum requirements for the installation of private
service mains and their appurtenances, which include the following
Correct Answer
-Automatic Sprinkler Systems
-Open Sprinkler Systems
-Water Spray Fixed Systems
-Foam Systems
-Private Hydrants
-Monitor Nozzles or Standpipe Systems with reference to water supplies
-Hose Houses
Question 2
This standard shall NOT apply to the following situations
Correct Answer
-Mains under the control of a water utility
-Mains providing fire protection and/or domestic water that are privately owned but
are operated as a water utility
Question 3
Residual Pressure
Correct Answer
The pressure that exists in the distribution system, measured at the residual hydrant
at the time the flow readings are taken at the flow hydrants.
Page 1 of 29
,TFM10 NFPA 24 2025 COMPREHENSIVE EXAM QUESTIONS WITH DETAILED VERIFIED AND 100%
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
Question 4
Static Pressure
Correct Answer
The pressure that exists at a given point under normal distribution system
conditions measured at the residual hydrant with no hydrants flowing.
Question 5
Check Valve
Correct Answer
A valve that allows flow in one direction but prevents flow in the opposite direction.
Question 6
Indicating Valve
Correct Answer
A valve that has components that show if the valve is open or closed. Examples are
outside screw and yoke (OS&Y) gate valves and underground gate valves with
indicator posts.
Question 7
Dry-Barrel Hydrant
Correct Answer
Fire hydrant that has its operating valve located at the base or foot of the hydrant
rather than in the barrel of the hydrant. When operating properly, there is no water
in the barrel of the hydrant when it is not in use. These hydrants are used in areas
where freezing may occur.
Question 8
Flow Hydrant
Correct Answer
The hydrant that is used for the flow and flow measurement of water during a flow
test.
Page 2 of 29
, TFM10 NFPA 24 2025 COMPREHENSIVE EXAM QUESTIONS WITH DETAILED VERIFIED AND 100%
CORRECT ANSWERS BRAND NEW EXAM ALREADY GRADED A+!!
Question 9
Private Fire Hydrant
Correct Answer
A valved connection on a water supply system having one or more outlets that is
used to supply hose and fire department pumpers with water on private property.
Question 10
Public Hydrant
Correct Answer
A valved connection on a water supply system having one or more outlets that is
used to supply hose and fire department pumpers with water.
Question 11
Residual Hydrant
Correct Answer
The hydrant that is used for measuring static and residual pressures during a flow
test
Question 12
Wet-Barrel Hydrant
Correct Answer
A hydrant used in areas that are not susceptible to freezing. The barrel of the
hydrant is normally filled with water.
Question 13
Private Fire Service Mains
Correct Answer
Hydraulic calculations shall show that the main is able to supply the total demand at
the appropriate pressure.
Page 3 of 29