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Building Regulations Quiz

Total questions: 54

Worksheet time: 27mins

Name
Class
Date
1.

What does Building regulations part H cover?

a)

Sanitation, hot water safety, and water efficiency

b)

Drainage and waste disposal

c)

Electrical safety

d)

Fire safety

2.

What does Building regulations part G cover?

a)

Drainage and waste disposal

b)

Electrical safety

c)

Sanitation, hot water safety, and water efficiency

d)

Fire safety

3.

In which regions must all drainage systems comply with Building Regulations?

a)

England and Wales

b)

Scotland and Wales

c)

Northern Ireland and Scotland

d)

England and Scotland

4.

What does BS 6465 refer to?

a)

Gravity drainage systems

b)

Sanitary installations

c)

Electrical installations

d)

Fire safety systems

5.

What is the focus of BS EN 12056: pt 1-5?

a)

Electrical wiring

b)

Fire safety

c)

Gravity drainage systems inside buildings

d)

Sanitary installations

6.

What are the British Standards used for?

a)

To create new laws

b)

To guide the design of buildings

c)

To carry out tasks to the required quality standard

d)

To teach students

7.

What does BS 8000: pt 13 refer to?

a)

Good workmanship

b)

Safety standards

c)

Environmental guidelines

d)

Product quality

8.

Why is it important to follow manufacturers' instructions?

a)

They are always the same

b)

They vary and must be followed carefully or the warranty may be invalid

c)

They are optional

d)

They are only for reference

9.

What do drainage pipework systems take out of the dwelling?

a)

Air and dust

b)

Solid and liquid wastes

c)

Light and sound

d)

Heat and cold

10.

Why must drainage pipework systems be done safely and hygienically?

a)

To avoid noise pollution

b)

To avoid health problems

c)

To save water

d)

To reduce electricity usage

11.

Where is the waste product discharged after going through a trap?

a)

Into the air

b)

Into a river

c)

To a soil stack and underground sewer

d)

To a recycling plant

12.

What is the purpose of the vent pipe in a standard domestic soil stack?

a)

To allow air to enter the system and maintain atmospheric pressure.

b)

To carry waste water out of the house.

c)

To heat the water in the system.

d)

To filter the air entering the house.

13.

What could happen if the pressure in the vent pipe varies?

a)

The system could operate more efficiently.

b)

It could lead to trap seal loss, allowing foul air to enter the dwelling.

c)

The water in the system could become cleaner.

d)

The pipes could become clogged with debris.

14.

What is the function of the soil pipe in a building?

a)

To bring fresh air into the building

b)

To take all the effluent away from the building

c)

To provide water supply to the building

d)

To support the building structure

15.

Which part of the stack is the soil pipe?

a)

The upper, dry part

b)

The lower, wet part

c)

The middle, dry part

d)

The upper, wet part

16.

What must all systems comply with according to the document?

a)

Part A and BS EN 10056

b)

Part B and BS EN 11056

c)

Part H and BS EN 12056

d)

Part C and BS EN 13056

17.

What standards must appliances, pipes, and fittings comply with?

a)

American standards

b)

European standards

c)

Asian standards

d)

Australian standards

18.

Why should drainage be provided for all water supply points inside the building?

a)

To prevent leaks

b)

To prevent flooding

c)

To save water

d)

To increase water pressure

19.

What should be installed with appliances connected to the drainage system to prevent foul air from entering the building?

a)

A filter

b)

A pump

c)

A trap

d)

A valve

20.

What is the minimum depth of water seal in a trap?

a)

25mm

b)

50mm

c)

75mm

d)

100mm

21.

What must the waste pipe diameter and gradient maintain after an appliance has been used?

a)

A trap seal depth of at least 10mm

b)

A trap seal depth of at least 25mm

c)

A trap seal depth of at least 50mm

d)

A trap seal depth of at least 75mm

22.

What should not be reduced in the direction of flow?

a)

The depth of water seal

b)

The waste pipe diameter

c)

The nominal diameter of the discharge pipe

d)

The size of air admittance valves

23.

What must be adequately sized when used to vent drainage systems?

a)

Water seals

b)

Waste pipes

c)

Discharge pipes

d)

Air admittance valves

24.

What is the most common type of domestic stack?

a)

Secondary ventilated stack

b)

Primary ventilated stack

c)

Tertiary ventilated stack

d)

Quaternary ventilated stack

25.

Why does a primary ventilated stack not require extra ventilation?

a)

Because it is very small

b)

Because it is very large

c)

Because the discharge branches are closely grouped around the stack

d)

Because it is made of special material

26.

What does the soil stack allow without affecting the trap seal loss in the system?

a)

Temperature fluctuations

b)

Pressure fluctuations

c)

Water level fluctuations

d)

Air flow fluctuations

27.

What type of system is shown in the image?

a)

Secondary ventilated stack

b)

Primary ventilated stack

c)

Non-ventilated stack

d)

Double ventilated stack

28.

What is the maximum gradient for discharge branches in a primary ventilated stack?

a)

5 degrees

b)

2 degrees

c)

10 degrees

d)

7 degrees

29.

What is the ideal gradient for discharge branches in a primary ventilated stack?

a)

2 degrees

b)

2½ degrees

c)

3 degrees

d)

4 degrees

30.

What does the self-cleaning velocity help to reduce?

a)

Water flow

b)

Risk of blockage

c)

Temperature

d)

Pressure

31.

What carries the solids in a primary ventilated stack?

a)

Air

b)

Liquid

c)

Gas

d)

Steam

32.

What is the maximum length (in meters) for the waste pipe of a WC?

a)

1.7

b)

3.0

c)

6.0

d)

18.0

33.

What is the waste size (in mm) for a basin or bidet?

a)

100

b)

32

c)

40

d)

75

34.

What is the gradient range (in mm/m) for a washing machine/dishwasher?

a)

18-22

b)

18-50

c)

18-90

d)

18-100

35.

What is the trap seal depth (in mm) for a bath?

a)

50

b)

75

c)

32

d)

100

36.

What is the waste size (in mm) for a sink?

a)

32

b)

40

c)

75

d)

100

37.

What does not alter if a junior WC with a 75mm waste is fitted to a 75mm discharge pipe?

a)

The gradient

b)

The color

c)

The size

d)

The shape

38.

Where are junior WCs often installed?

a)

High schools

b)

Nursery schools

c)

Colleges

d)

Universities

39.

If an installation exceeds the maximum length stated, what should the next pipe size be for a 32mm pipe?

a)

35mm

b)

40mm

c)

45mm

d)

50mm

40.

If an installation exceeds the maximum length stated, what should the next pipe size be for a 40mm pipe?

a)

45mm

b)

55mm

c)

50mm

d)

60mm

41.

What is the minimum pipe size that should be used if multiple appliances are connected to a single discharge pipe?

a)

32mm

b)

40mm

c)

45mm

d)

50mm

42.

What is installed at the base of a soil stack to maintain the effluent's velocity?

a)

A long radius bend

b)

A short radius bend

c)

A straight pipe

d)

A U-shaped pipe

43.

What problem did older systems without a long radius bend face?

a)

Increased water flow

b)

Compression or back pressure

c)

Reduced water flow

d)

No issues

44.

What is an alternative to a long radius bend in some systems?

a)

Two 90 degree connectors

b)

Two 45 degree connectors

c)

A straight pipe

d)

A U-shaped pipe

45.

Where is it good practice to position a rodding access in a primary ventilated stack?

a)

At the top of the stack

b)

Just above ground level, at the base of the stack

c)

In the middle of the stack

d)

At the end of the stack

46.

What is the lowest connection to the soil stack on low-rise buildings (two storeys)?

a)

450mm from the drain invert level

b)

750mm from the drain invert level

c)

500mm from the drain invert level

d)

600mm from the drain invert level

47.

For buildings up to five storeys, what is the minimum connection to the soil stack?

a)

450mm from the drain invert level

b)

750mm from the drain invert level

c)

500mm from the drain invert level

d)

600mm from the drain invert level

48.

What is the lowest connection to the soil stack on low-rise buildings (two storeys) in millimeters?

a)

450mm

b)

750mm

c)

500mm

d)

600mm

49.

For buildings up to five storeys, what is the minimum connection to the soil stack in millimeters?

a)

450mm

b)

750mm

c)

500mm

d)

600mm

50.

What type of entrance should branch connections to the soil stack be made with?

a)

A) A straight entrance

b)

B) A swept entrance

c)

C) A curved entrance

d)

D) A vertical entrance

51.

What is the maximum radius for branch connections with a diameter up to 75mm?

a)

A) 50mm

b)

B) 45mm

c)

C) 25mm

d)

D) 75mm

52.

What angle should branch connections with a diameter over 75mm be made at?

a)

A) 30 degrees

b)

B) 60 degrees

c)

C) 45 degrees

d)

D) 90 degrees

53.

What must be avoided to prevent trap seal loss and effluent crossflowing up the opposite connection?

a)

Crossflow from one connection to another

b)

Installing a new branch connection

c)

Using a primary ventilated stack

d)

Increasing the vertical distance to 300mm

54.

What is the vertical distance that must be maintained downwards to avoid crossflow when an existing branch connection to a stack is between 82-160mm?

a)

100mm

b)

150mm

c)

200mm

d)

250mm