IFSTA Flashcards

1
Q

Minimum Pump Specifics

A

750 GPM Pump

300 Gallon Water Tank

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2
Q

NFPA 1901

A

Standard for pumper Design Apparatus

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3
Q

Standard for pumper Design Apparatus

A

NFPA 1901

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4
Q

What are considered Initial Attack Fire Apparatus

A

Mini or Midi Pumper

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5
Q

What are Mini or Midi Pumpers

A

Initial Fire Attack

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6
Q

Minimum Tank Capacity for Tankers

A

1000 Gallons

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7
Q

Characteristics of a Brush Truck

A

1 ton chassis or higher
around 500 GPM pumps
500 Gallon tank or less

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8
Q

NFPA 414

A

ARFF apparatus requirements

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9
Q

ARFF apparatus requirements

A

NFPA 414

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10
Q

Types of ARFF Vehicles

A

Major FF Vehicles
Rapid Intervention Vehicles
Combined Agent

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11
Q

Pump Requirements for Quint

A

1000 GPM Pump

300 Gallon Tank

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12
Q

How are apparatus Classified

A

According to Function for which they are designed

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13
Q

NFPA 1071

A

Standards for Emergency Vehicles mechanics

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14
Q

Standards for Emergency Vehicle mechanics

A

NFPA 1071

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15
Q

NFPA 1002

A

Requires Drivers to be able to preform routine test, inspections, and servicing
-practical driving exercises

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16
Q

What requires Drivers to be able to preform routine test, inspections, and services
-practical driving exercising

A

NFPA 1002

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17
Q

NFPA 1911

A

OOS Criteria

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18
Q

OOS Criteria

A

NFPA 1911

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19
Q

Example of OOS Criteria

A

tires older then 7 years

steering wheel play greater then 10 degrees

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20
Q

NFPA 1002

A

Standard for apparatus Driver/ Operator

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21
Q

Standard for apparatus Driver/Operator

A

NFPA 1002

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22
Q

NFPA 1582

A

Standard for Vision Hearing

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23
Q

Standard for Vision and Hearing

A

NFPA 1582

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24
Q

What is reckless disregard

A

Proceeding to do something with awareness of danger while ignoring potential consequences

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25
Q

What is Proceeding to do something with awareness of danger while ignoring potential consequences

A

Reckless Disregard

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26
Q

What is Negligence

A

Fail to preform at standard required by law or reasonable expected

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27
Q

What is Failure to preform at standard required by law or reasonably expected

A

Negligence

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28
Q

What is Gross Negligence

A

willful and wanton disregard

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29
Q

What is willful and wanton disregard

A

Gross Negligence

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30
Q

What is Due Regard

A

Duty and responsibility

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31
Q

What is Duty and responsibilities

A

Due Regard

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32
Q

What is the most common place for a collision

A

Intersection

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33
Q

NFPA 1500

A

Standard for FD occupational safety and Heath

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34
Q

Standards for FD occupational safety and heath

A

NFPA 1500

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35
Q

Effect on stopping distance by snow/ice

A

3-15 times stopping distance vs dry pavement

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36
Q

At what speed can you outrun effective range of sublime warning devices

A

above 50mph

37
Q

When increasing speed by 20 mph how much does the ruble distance decrease by

A

250 ft

38
Q

What is the distance on a convoy

A

300-500 FT

39
Q

At what weight does 1901 require auxiliary braking system

A

36,000 lbs

40
Q

List examples of auxiliary braking system

A
  • exhaust brake
  • transmission output retarder
  • Engine compression brake
  • Electromagnetic retarder
41
Q

What causes a retarder to lose effectiveness

A

Higher ambient temperatures

42
Q

What depth of snow are automatic chains effective at

A

3-6”

43
Q

ATC ( Automatic Traction Control) does what

A

Reduces engine torque and applies brakes to wheels that are spinning

44
Q

What happens when differential lock is applied

A

both wheels forced to turn at the same speed

45
Q

How far behind apparatus should a spotter be

A

8-10 Ft

46
Q

NFPA 1451

A

Standard for Vehicle operation training program

47
Q

Standard for Vehicle operation training program

A

NFPA 1451

48
Q

When do you need to have protection form falling objects at a high-rise fire

A

all personnel within 200 ft of the base

49
Q

If building is less then 5 floors where does the wagon park reference the truck

A

Inside the truck

50
Q

when pumping an FDC how close should the wagon position

A

as close as possible

51
Q

Can a hard sleeve be hooked to a hydrant

A

ONLY if it is designed to withstand the positive pressure

52
Q

How to minimize kinking when hooking to a hydrant

A

put a Counter Clockwise Twist in the hose

53
Q

Dual Pumping

A

Two wagons and one strong hydrant
-Wagons are hooked together intake to intake so the second wagon gets the extra water that is not used by the first wagon

54
Q

Tandem Pumping

A

(Standard Ops) (Relay)

used to boost pressure

55
Q

Relay Pumping

A

Used to increase volume of water

56
Q

NFPA 1962

A

Standards for inspection for fire hose coupling and testing of hose

57
Q

Standard for inspection/testing of fire hose and coupling

A

NFPA 1962

58
Q

Positioning for Wildland Structure Proctection

A

Position on Leeward side of Structure

59
Q

How do you position for woodland fire attack?

A

Position in an anchor point (Natural or man-made) barrier that will prevent the fire from flanking crew

60
Q

Who does the staging officer report to ?

A

Planning Section Chief

61
Q

How much distance does a fully loaded train take to stop?

A

1-2 miles

62
Q

How far away from train tracks do you need to keep clear

A

30 feet

63
Q

Up to what GPM is the friction loss in an appliance insignificant

A

less then 350 gpm

64
Q

Friction loss for appliance greater then 350gpm flow

A

10PSI

65
Q

PSI for Mastersteams

A

25PSI

66
Q

In a relay pumping operations the source pumper should have what?

A

Largest capacity

67
Q

3 factors for relay pumping

A
  • Quantity
  • Distance
  • Elevation
68
Q

Attack pumper in relay is in what mode

A

-Pressure

69
Q

Relay pumper in relay is in what mode

A

-RPM

70
Q

When shutting down relay start with which wagon?

A

Attack pumper

71
Q

Steps to Shutting down the wagon in a relay

A
  • decrease throttle
  • open dump line
  • disengage pump
72
Q

What is an open relay

A

use of drop tanks at each pumper

73
Q

whats the advantage to use of inline relay valves ?

A

allows pumpers the ability to join the relay without interrupting the water supply

74
Q

What is the most common way to create foam

A

Mechanical Foam

75
Q

What is Foam solution

A

water plus foam before its aspirated

76
Q

Two types of Class B Fuels

A

Hydrocarbons

Polar Solvents

77
Q

Hydrocarbon are what

A

petroleum-based; will float on water

i.e. gasoline

78
Q

Polar Solvents are what

A

Mix with water

i.e. alcohol

79
Q

4 ways foam is proportioned

A
  • induction (educatior)
  • injection
  • batch mixing
  • pre-mixing
80
Q

How does Class A foam work

A

Has hydrocarbon surfactant that reduces surface tension of water

81
Q

What is the Application rate

A

its the minimum amount of foam solutions that must be applied to a fire per min per SF

82
Q

What is the shelf life of class B foam

A

Protein Foam 10 years

Synthetic Foam 20-25 years

83
Q

How do you proportion low energy foam

A

use the main fire pump to provide the pressure

84
Q

List portable low energy foam

A
  • In-line foam educators
  • foam nozzle educators
  • Self educating master stream nozzles 350 GPM or more
85
Q

what can a Jet ratio controller provide

A

rich foam solution to a master stream educator from 3,000 ft away.

86
Q

Apparatus Mounted Low Energy

A
  • Installed in-line educator
  • Around the pump proportioner (Most common)[line from discharge to intake with educator in line, uses onboard tank]
  • bypass-type balance pressure proportioner (ARFF)
  • variable-flow variable-rate direct injection
87
Q

High energy/CAFS

A

Introduces art into solution prior to discharge into hoseline

88
Q

Foam Application Techniques

A
  • Direct (Class A)
  • Roll on
  • Bank down
  • Rain Down
89
Q

traits of Durable agents

A
  • Can last 24 hours

- can be rehydrated