EX1 Flashcards

1
Q

What are the four primary Div A appliances?

A

MKV Pumper, MKV Pumper Tanker, Teleboom, Ultra Large Pumper.

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2
Q

Where are Heavy Pumpers Located?

A

All Div B Stations.

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3
Q

Spell the following sentence phoenetically: The quick brown fox jumps over the lazy dog.

A

See here https://www.nswsesva.org.au/files/standard_phonetic_table.pdf

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4
Q

What are the two modes of operation for VRN radio.

A

Trunked (Through towers and accessible by FIRECOM.)
Direct (Radio to Radio not accessible by FIRECOM.)

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5
Q

What are the standard 6 calls to firecom in response to an alarm of fire.

A

TURN OUT – When leaving your station to go to the fire.

ON SCENE – Advising of arrival at the scene.

WORDBACK – Giving an initial status report.

SITREPS & MESSAGES – Advising when key objectives have been achieved or for additional requests or to provide further information.

RETURNING – When departing the scene and available for further calls.

IN STATION – On arrival back at your station.

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6
Q

What are the 5 elements of a Wordback.

A

The name of the officer initiating the wordback

The situation type, as determined by the OIC:
Structure fire
Non-structure fire
Grass & Scrub fire
Incident
False alarm

The status of the fire/incident:
Investigation
Increased alarm level
Not yet under control (additional appliances required)
Under control (appliances on-scene and responding are sufficient)
Stop (appliances on-scene are sufficient)

Address of the fire/incident.

Optional brief description of the event.

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7
Q

What is the Rating risk equation?

A

LIKELIHOOD X CONSEQUENCE = RISK RATING

Locate on the risk rating matrix.

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8
Q

List the FRV Regions and Districts.

A

Region: Central, Southern and Eastern Operations
Districts: Central, Southern 1 & 2, Eastern, South & East Regional

Region: North & West Operations
District: Northern, Western 1, 2 & 3, North & West Regional.

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9
Q

What are 5 advantages of foam?

A

(Select any 5 of these 6)

Requires less water

Reduces danger of re-ignition

Can totally flood areas

Foam’s lightness reduces structure stability issues cause by large volumes of water

Foam is the only practicable extinguishing agent for large Class “B” fires

Adhesion to surfaces

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10
Q

When would you use a foam concentrate of 3%.

A

Hydrocarbons (petrol, diesel, kerosene, etc.)

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11
Q

When would you use a foam concentrate of 6%.

A

Polar Solvents (alcohol-based fuels such as methanol)

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12
Q

What is a hose on the bight?

A

Made up/rolled hose that was folded in half before rolling up.

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13
Q

What is a coiled hose?

A

Rolled hose single layer.

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14
Q

What is a Flaked hose?

A

Fold hose approx. 2m lengths.

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15
Q

What does it mean to Bowl out a hose?

A

Roll out a length of hose.

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16
Q

What does it mean to Run a Line of hose?

A

Establish a charged line of hose.

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17
Q

What is a Hose Line (Also known as a Firefighters line)?

A

1 hose line consisting of minimum 2 lengths (60m) connected to water and has branch attached.

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18
Q

What is a Charged Line?

A

Hose line containing water pressure.

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19
Q

What does it mean to under run a hose?

A

To drain a length of hose

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20
Q

What does it mean to Lay hose?

A

Lay hose directly from the appliance.

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21
Q

What does it mean to make up?

A

Return hose to storage condition.

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22
Q

What are the Four types of hydrants?

A

‘L’ Type
Ground ball (rural standpipe)
Millcock
Pillar

23
Q

Label the Parts of a Div A standpipe. (Skip Question not uploaded yet)

A

Good work!

24
Q

What are the ladder siting considerations (HPPCG)?

A

H – Height (ladder reaches objective allowing for correct Projection & Plumbing)

P – Projection (distance the foot of the ladder is away from the building (4:1))

P – Plumbing (Ladder is perpendicular)

C – Clearances (When pitching there are no obstructions or hazards in path)

G – Ground condition (Ensure ground conditions are firm & stable)

25
Q

What are the three P’s to check before climbing a ladder?

A

Projection, Plumbing, Pawls

26
Q

Common causes of occupational stress?

A

Occupational:

Roles and responsibilities

Insufficient skills for the job

Inadequate employment conditions

Organisational change

Poor communication

Organisational culture

Conflict, bullying or harassment.

Potential stressors for recruits:

Learning a new role

Change in salary, position, responsibility.

New ‘Hierarchy’ system

New relationships need to be created and maintained.

Being the newbie

Team dynamics

Being away from home

Exposure to firefighting jobs

Shift work.

Up time vs Down time

Organisational culture

Life in general

27
Q

What are four items of PPE.

A

Correct if you listed four of these:

Structural coat

Structural trousers

Removable braces

Station shorts (recommended to be worn under trousers)

Firefighting boots (Pull on or structural)

Flash Hood

Helmet

Gloves

28
Q

Heat Stress, Exhaustion, Stroke. (Skip not complete)

A
29
Q

What are the reasons for inspecting PPC post incident.

A

The purpose for inspecting PPC after an incident is to:

Minimise the exposure to any dangerous substances.

Ensure PPC is free from contaminants.

Ensure PPC annual inspection requirements are met.

Ensure contaminants are not spread to appliances and stations.

Ensure firefighters understand the work instructions relating to post incident management of PPC.

30
Q

What PPE should you wear when inspecting hose?

A

Always wear PPE, especially gloves whilst handling hose.

31
Q

Who checks small gear on station?

A

At the station, it is the responsibility of the designated driver to complete the Small Gear Checklist. The Small Gear Checklist lists all the gear on the appliance and where it is located.

32
Q

What are the types of wall collapse?

A

Inward-outward, Curtain-fall, 90-degree angle.

33
Q

What are signs of impending wall collapse?

A

Falling of structural materials from walls or ceilings

Bowing or building and or leaning walls

Floors and ceilings sagging

Gaps/cracks appearing/widening in walls or between walls and ceilings, or walls and floors

Cracks or sagging arches over door or window openings

Displacement of supporting pillars joists or beams

Smoke issuing from the expansion and mortar joints

Sounds of movement in the structure

Spawling – concrete when it breaks because of the heat in little air bubbles

Spring in floors

Prolonged burning or intense fire

Unprotected steel

Walls out of alignment

34
Q

What are the safety precautions to be taken around structures? (PENSPACE)

A

P – PPE worn Correctly

E – Evacuate if signs of impending collapse

N – No go Zones (personnel and vehicles)

S – Safety Officer

P – Path of escape

A – Awareness of surroundings

C - Communications

E – Engineer

35
Q

What is the Code of conduct?

A

Responsiveness
Accountability
Integrity
Leadership
Human Rights
Impartiality
Respect

36
Q

Workplace behaviour & diversity policy

A

Discrimination
Vilification
Victimisation
Harassment
Bullying
Occupational Violence

37
Q

Define an ‘Alarm of Fire’.

A

Alarm of fire means any call for assistance at a fire, accident, explosion or other emergency.

38
Q

What are the harness attachment points?

A

Sternal, Ventral, Dorsal, Waist

39
Q

What are the types of rope?

A

General Purpose Rope (GP)
These are used for securing equipment, tying suction hose, hauling hose lines and gear aloft.

Life Rescue Lines (LRL)
These are used for life-rescue situations (e.g. securing a person) requiring specific knots that will provide a secure and safe attachment to harnesses and other life-rescue.

40
Q

What are the characteristics of a good knot? (TRUSS)

A

T – easy to TIE

R – easy to RECOGNISE

U – easy to UNTIE

S – should not SLIP

S – not reduce STRENGTH

41
Q

What are the causes of damage to GP rope? (CAMSUE)

A

C – Chemicals (line strength is affected when contact has been made with most)

A – Abrasion (most significant cause of line failure resulting in injury or death)

M – Mechanical damage (impact from solid objects)

S – Shock load (an absorbed shock load will permanently weaken a GP rope)

U – Ultraviolet light (sunlight will result in loss of strength and elasticity)

E – Extreme heat (Nylon is highly susceptible to damage from heat)

42
Q

What standard atmosperic pressure at sea level?

A

101.3 kPa, this is often rounded off to 100 kPa or 1 bar

43
Q

What are the friction loss laws? (DRISL)

A

D – DIAMETER of hose

R – ROUGHNESS of hose

I – INDEPENDENT of pressure

S – SQUARE of flow rate

L – LENGTH of hose

44
Q

What is the increase or decrease of pressure required for each meter of lift or drop.

A

10kPa

45
Q

What is the maximum practical draughting lift?

A

7.5m with a 66% efficiency loss.

46
Q

What is the pump pressure required due to friction loss equation?

A

Pump pressure required due to friction loss = branch pressure + friction loss

47
Q

What is the head pressure equation?

A

Calculate pressure using - P = 10 x H

Calculate Head using – H = P/10

(P = Pressure & H = Height in meters)

48
Q

What type of fuel do all FRV Primary appliance use, what is the size of the fuel tank and where is the fuel tank located?

A

Diesel, 200L tank on the offside

49
Q

What is the name and pump capacity of MKV Pumper and pumper tankers pump and where is the pump located?

A

Darley 1000 Series

3800L/min @ 1000kPa with a 3m lift.

Pumps are mid mounted.

50
Q

What is the pump name and pump capacity of Heavy Pumpers and where is the pump located?

A

Godiva WTB 4010

4000L/min @ 1000kPa with a 3m lift.

Pumps are rear mounted

51
Q

Describe Jet Reaction, what causes it and its dangers.

A

Jet reaction is the equal and opposite force of the water jet projected from the branch. Firefighters must exert sufficient force towards the branch to overcome this reaction. The main dangers of jet reaction are:

Branch person experiencing fatigue

Loss of balance

An uncontrolled branch

52
Q

What Foam is used by FRV?

A

Solberg B Class Foam is an AFFF (Aquaeous Film Forming Foam) and is synthetic, foam forming liquid designed for use at low expansion ratios with water.

53
Q

What does WUCOMS stand for?

A

W – WHAT is it

U – its USE

C – its CONSTRUCTION

O – Its OPERATION

M – MAINTENANCE

S – SAFETY

54
Q

What are Safe Work Practices for hoses on the fireground?

A

DO’s on the Fireground:

Use a burst hose bandage.

Take all kinks out of hose when charged.

Use hose ramps.

Visually check hose after use

Check couplings for distortion and rubber washers present.

Signify a damaged length with an overhand knot.

DON’T’s on the Fireground:

Charge a line in the tray or on bight.

Drive over hose lines.

Drag hose over broken glass.

Drag or lay hose through contaminants.

Create water hammer or shockwave.

Drop or drive over couplings.

Charge a line before the order “WATER ON”