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Quality Assurance Bodies Quiz

Total questions: 59

Worksheet time: 30mins

Name
Class
Date
1.

Which body is responsible for the Water Regulations Advisory Scheme?

a)

BBA

b)

BRE

c)

WRAS

d)

IOPHE

2.

What does the British Standard Kitemark signify?

a)

Quality assurance for plumbing installations

b)

Building Research Establishment

c)

British Board of Agrément

d)

Institute of plumbing and heating engineers

3.

Which organization offers advice and information on building research?

a)

WRAS

b)

BRE

c)

BBA

d)

IOPHE

4.

What does BBA stand for?

a)

British Board of Agrément

b)

Building Research Establishment

c)

British Standard Kitemark

d)

Water Regulations Advisory Scheme

5.

Which body provides guidance for plumbing and heating engineers?

a)

WRAS

b)

BBA

c)

BRE

d)

IOPHE

6.

What is the standard for copper tubes for water, gas, and sanitation installations?

a)

BS EN 1057

b)

BS EN 2057

c)

BS EN 3057

d)

BS EN 4057

7.

Which grade of copper tube is fully annealed and supplied in coils?

a)

R220

b)

R250

c)

R290

d)

R300

8.

Which grade of copper tube is most widely used for plumbing and heating applications?

a)

R220

b)

R250

c)

R290

d)

R300

9.

Which grade of copper tube is hard tempered and not normally used in the UK?

a)

R220

b)

R250

c)

R290

d)

R300

10.

What sizes are available for the R220 grade copper tube used for underground water services?

a)

15, 22, 28mm

b)

6, 8, 10mm

c)

35, 42, 54mm

d)

3m or 6m

11.

Why is it important to protect copper pipes in vulnerable areas?

a)

To make them look shiny

b)

To prevent them from getting damaged

c)

To make them heavier

d)

To change their color

12.

What materials can be used to protect copper pipes?

a)

Plastic coated and Densotape

b)

Wood and paper

c)

Glass and metal

d)

Cloth and rubber

13.

When is copper most vulnerable?

a)

When laid in concrete flooring and when it emerges from the floor

b)

When exposed to sunlight

c)

When painted

d)

When used in electrical wiring

14.

Which type of copper tube can be bent using bending springs, hand bender, or machine floor standing bender?

a)

Soft coils (R220 Table Y) and half-hard (R250 Table X)

b)

Hard coils (R300 Table Z)

c)

Flexible coils (R150 Table W)

d)

Rigid coils (R400 Table V)

15.

What is one advantage of bending pipe rather than using a fitting?

a)

More frictional resistance

b)

Costs more

c)

Less frictional resistance

d)

Takes longer to fabricate

16.

Which tool is NOT mentioned for bending copper tubes?

a)

Bending springs

b)

Hand bender

c)

Machine floor standing bender

d)

Pipe cutter

17.

What is the maximum diameter for a machine floor standing bender mentioned in the text?

a)

50mm

b)

42mm

c)

30mm

d)

60mm

18.

Which of the following is NOT an advantage of bending pipe rather than using a fitting?

a)

Less frictional resistance

b)

Costs less

c)

Sections can be prefabricated in one go

d)

Increases weight

19.

What are bending springs occasionally used for by plumbers?

a)

To cut pipes

b)

To bend an existing piece of pipe without creasing it

c)

To measure the length of pipes

d)

To join two pipes together

20.

Are internal and external bending springs used frequently today?

a)

Yes, they are used very often

b)

No, they are not used much today

c)

They are never used

d)

They are used only in factories

21.

What is the first step in using a bending machine?

a)

Measure the distance required and mark it on the tube.

b)

Measure back four diameters of the tube size.

c)

Place the 4d mark on the bending machine.

d)

Bend the tube to 90 degrees.

22.

How many diameters back should you measure from the mark on the tube?

a)

Two diameters

b)

Three diameters

c)

Four diameters

d)

Five diameters

23.

What should you do after measuring back four diameters of the tube size?

a)

Bend the tube to 90 degrees.

b)

Place the 4d mark on the bending machine.

c)

Measure the distance required.

d)

Mark the tube.

24.

Where should you place the 4d mark on the tube?

a)

On the guide

b)

On the former

c)

On the 'start-of-the-bend' mark on the bending machine

d)

On the bending point

25.

What is the final step in using a bending machine?

a)

Measure the distance required.

b)

Measure back four diameters.

c)

Place the 4d mark on the bending machine.

d)

Bend the tube to 90 degrees.

26.

Which of the following is a common bend you will do in the workshop?

a)

90°

b)

45°

c)

Offset

d)

All of the above

27.

What is another name for the "Half pass over" bend?

a)

Kick over

b)

Full pass over

c)

Back to back

d)

Offset

28.

Which of the following is a method of jointing for copper tubes for domestic purposes?

a)

Welding

b)

Capillary fittings

c)

Soldering

d)

Brazing

29.

Which of the following is NOT a method of jointing for copper tubes for domestic purposes?

a)

Compression fittings

b)

Push-fit fittings

c)

Press-fit fittings

d)

Riveting

30.

How many methods of jointing for copper tubes for domestic purposes are mentioned?

a)

Two

b)

Three

c)

Four

d)

Five

31.

What principle do capillary fittings use to draw solder into the fitting?

a)

Gravity

b)

Capillary action

c)

Magnetic force

d)

Electrical current

32.

What is a characteristic of an integral solder ring fitting?

a)

It needs extra solder to be fed into the fitting.

b)

It has a band of lead-free solder housed inside a raised ring.

c)

It is generally used due to cost and aesthetics.

d)

It does not use any solder.

33.

Why is the end feed type of fitting generally used?

a)

It is easier to install.

b)

It is more durable.

c)

It is preferred due to cost and aesthetics.

d)

It does not require heating.

34.

What is the first step in the process of solder ring fittings?

a)

Flux is added.

b)

Joint is cleaned inside.

c)

Pipe is cleaned on outside.

d)

Joint is heated to allow solder to flow.

35.

What is done after the pipe is cleaned on the outside in the solder ring fittings process?

a)

Joint is cleaned inside.

b)

Joint is heated to allow solder to flow.

c)

Flux is added.

d)

Joint is allowed to cool.

36.

What is the purpose of heating the joint in the solder ring fittings process?

a)

To clean the joint inside.

b)

To allow solder to flow.

c)

To add flux.

d)

To wipe the joint clean with cloth.

37.

What is the final step in the solder ring fittings process?

a)

Joint is allowed to cool.

b)

Flux is added.

c)

Joint is wiped clean with cloth.

d)

Pipe is cleaned on outside.

38.

What is the first step in the end feed fitting process?

a)

Pipe is cleaned on outside.

b)

Joint is cleaned inside.

c)

Flux is added.

d)

Solder needs to be added when fitting is heated.

39.

When should solder be added in the end feed fitting process?

a)

When the joint is cleaned inside.

b)

When the pipe is cleaned on outside.

c)

When the fitting is heated.

d)

When the joint is allowed to cool.

40.

What type of solder must be used on hot and cold water systems?

a)

Leaded solder.

b)

Silver solder.

c)

Lead-free solder.

d)

Copper solder.

41.

What is done after the joint is allowed to cool in the end feed fitting process?

a)

Flux is added.

b)

Joint is wiped clean with cloth.

c)

Pipe is cleaned on outside.

d)

Solder needs to be added.

42.

What are the two styles of compression fittings mentioned in the document?

a)

Type A and Type B

b)

Type A and Type C

c)

Type B and Type C

d)

Type C and Type D

43.

What does a Type A compression fitting require?

a)

Cutting the pipe square and removing burrs

b)

Heating the pipe

c)

Welding the pipe

d)

Gluing the pipe

44.

What tool is used to tighten a Type A compression fitting?

a)

Adjustable spanner

b)

Hammer

c)

Screwdriver

d)

Pliers

45.

What materials are suitable for Type A compression fittings?

a)

Half-hard copper and plastic pressure pipe

b)

Steel and aluminum

c)

Wood and plastic

d)

Glass and ceramic

46.

What materials are push-fit fittings for copper tubes made from?

a)

Plastic or aluminum

b)

Copper or DZR brass

c)

Steel or iron

d)

Rubber or silicone

47.

What sizes are push-fit fittings available in?

a)

5-20mm

b)

10-54mm

c)

15-60mm

d)

20-70mm

48.

Where can push-fit fittings be used?

a)

Underground water services

b)

Above ground hot and cold water services and central heating systems

c)

Electrical wiring systems

d)

Gas pipelines

49.

What tool is required for press-fit fittings?

a)

Hammer

b)

Electrical press tool

c)

Screwdriver

d)

Wrench

50.

What is the purpose of the 'O' ring in press-fit fittings?

a)

To create a watertight seal

b)

To hold the fitting in place

c)

To make the fitting look nice

d)

To increase the pressure

51.

What is the maximum tube size that press-fit fittings can suit?

a)

50mm

b)

108mm

c)

200mm

d)

12mm

52.

At what temperature can press-fit fittings operate up to 6 bar pressure?

a)

0°C

b)

50°C

c)

110°C

d)

200°C

53.

What is the term used by manufacturers to work out how much copper tube is required?

a)

Y dimensions

b)

Z dimensions

c)

X dimensions

d)

W dimensions

54.

What does the X dimension represent?

a)

The length of the copper tube

b)

The centre of the fitting to the engaged length

c)

The diameter of the fitting

d)

The thickness of the copper tube

55.

What do you need to know to calculate the pipe length using X dimensions?

a)

The type of fittings and the centre-to-centre measurement

b)

The diameter of the pipe

c)

The thickness of the pipe

d)

The weight of the pipe

56.

What is the colour code for light grade low carbon steel (LCS) pipe?

a)

Brown

b)

Blue

c)

Red

d)

Green

57.

Which grade of low carbon steel (LCS) pipe is identified by the colour blue?

a)

Light

b)

Medium

c)

Heavy

d)

Extra Heavy

58.

What is the colour code for heavy grade low carbon steel (LCS) pipe?

a)

Brown

b)

Blue

c)

Red

d)

Yellow

59.

For what purposes should low carbon steel (LCS) pipe not be used?

a)

Wet central heating systems

b)

Gas installations

c)

Oil lines

d)

Hot or cold water supplies for domestic purposes