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Urinals Quiz

Total questions: 65

Worksheet time: 33mins

Name
Class
Date
1.

In which types of buildings are urinals typically fitted?

a)

Residential buildings

b)

Non-domestic buildings

c)

Industrial buildings

d)

Agricultural buildings

2.

Which of the following is NOT a basic design of urinals?

a)

Bowl

b)

Trough

c)

Slab

d)

Cylinder

3.

Which of the following is a basic design of urinals?

a)

Sphere

b)

Trough

c)

Cube

d)

Cone

4.

What is a common feature of bowl urinals that makes them easy to install?

a)

They are made of plastic.

b)

They are lightweight.

c)

They are easy to install.

d)

They are portable.

5.

At what height is the bowl lip set for adult urinals?

a)

500mm

b)

600mm

c)

700mm

d)

800mm

6.

What is the height of the bowl lip for junior urinals?

a)

400mm

b)

450mm

c)

500mm

d)

550mm

7.

What is placed between each bowl in bowl urinals for privacy?

a)

Curtains

b)

Doors

c)

Privacy dividers

d)

Walls

8.

From where are the bowls fed in traditional bowl urinals?

a)

A cistern at high level

b)

A water tank on the ground

c)

A direct water supply

d)

A manual pump

9.

What modern feature can bowl urinals have?

a)

Automatic cleaning

b)

Waterless operation

c)

Heated seats

d)

Built-in air fresheners

10.

What material are trough urinals generally made from?

a)

Plastic

b)

Stainless steel

c)

Ceramic

d)

Wood

11.

Why are trough urinals installed in certain locations?

a)

To save water

b)

To reduce cleaning time

c)

To prevent vandalism

d)

To improve aesthetics

12.

How are trough urinals sized?

a)

According to the height of users

b)

According to the number of users

c)

According to the width of the room

d)

According to the type of waste connection

13.

What feature does the floor of the trough urinal have?

a)

A slight rise towards the waste

b)

A slight fall towards the waste

c)

A flat surface

d)

Multiple waste connections

14.

What material are slab urinals manufactured from?

a)

Plastic

b)

Fire clay

c)

Metal

d)

Wood

15.

What is the purpose of the base channel in slab urinals?

a)

To support the urinal structure

b)

To connect to the water supply

c)

To direct waste to the drain

d)

To hold the urinal in place

16.

What is the function of the sparge pipe in slab urinals?

a)

To support the urinal structure

b)

To connect to the water supply

c)

To wash the face of the slab

d)

To hold the urinal in place

17.

How is the flush pipe mounted in slab urinals?

a)

On the back of the slab

b)

On the face of the slab

c)

On the side of the slab

d)

On the top of the slab

18.

According to the Water Regulations, how can a urinal be flushed?

a)

Only manually

b)

Only automatically

c)

Either manually or automatically

d)

Neither manually nor automatically

19.

What is used to flush a urinal manually?

a)

Automatic flushing cistern

b)

Flushing valve

c)

Hand pump

d)

Water bucket

20.

What is used to flush a urinal automatically?

a)

Flushing valve

b)

Hand pump

c)

Automatic flushing cistern

d)

Water bucket

21.

What is the function of a flushing valve in a urinal?

a)

It delivers 1.5 litres of water to an individual bowl when the level is pressed or the infrared sensor is activated.

b)

It delivers 2 litres of water to an individual bowl when the level is pressed or the infrared sensor is activated.

c)

It delivers 1.5 litres of water to multiple bowls when the level is pressed or the infrared sensor is activated.

d)

It delivers 2 litres of water to multiple bowls when the level is pressed or the infrared sensor is activated.

22.

Why does the flushing valve require backflow protection under the Water Regulations?

a)

To increase water pressure.

b)

To prevent contamination.

c)

To reduce water usage.

d)

To enhance the flushing mechanism.

23.

From where can the flushing valve be supplied?

a)

Only from the mains.

b)

Only from a cistern.

c)

From the mains, via a boosted system, or at low pressure from a cistern.

d)

Only via a boosted system.

24.

What type of siphons are automatic flushing cisterns fitted with?

a)

Manual flushing siphons

b)

Automatic flushing siphons

c)

Gravity flushing siphons

d)

Electric flushing siphons

25.

What happens to the air inside the dome when the cistern fills and the water rises?

a)

The air inside the dome is released

b)

The air inside the dome is compressed

c)

The air inside the dome is replaced with water

d)

The air inside the dome evaporates

26.

What causes the water to be forced out of the lower chamber in an automatic flushing cistern?

a)

Decrease in pressure

b)

Increase in temperature

c)

Increase in pressure

d)

Decrease in temperature

27.

What allows the siphonic action to start in an automatic flushing cistern?

a)

Increase in pressure in the main housing

b)

Decrease in pressure in the main housing

c)

Introduction of air

d)

Removal of water

28.

When does the siphonic action stop in an automatic flushing cistern?

a)

When water is introduced

b)

When air is introduced

c)

When pressure is increased

d)

When temperature is decreased

29.

What type of control valve is fitted to the feed pipe of an automatic flushing cistern?

a)

Manual flush control valve

b)

Hydraulic flush control valve

c)

Electric flush control valve

d)

Pneumatic flush control valve

30.

How is the feed to an automatic flushing cistern commonly controlled?

a)

Manually

b)

Via a timer

c)

Via an infrared sensor

d)

Via a pressure sensor

31.

According to the Water Regulations, what is the flushing volume for a single bowl or stall from an automatic flushing cistern?

a)

5 litres/hour

b)

7.5 litres/hour

c)

10 litres/hour

d)

12 litres/hour

32.

What is the flushing volume for each position if multiple urinals are installed, according to the Water Regulations?

a)

5 litres/hour

b)

7.5 litres/hour

c)

10 litres/hour

d)

12 litres/hour

33.

What happens when the water level reaches the top of the dome in an automatic flushing cistern?

a)

The head of water at point A becomes less than the pressure at point B.

b)

The head of water at point A becomes greater than the pressure at point B.

c)

The pressure at point B pushes the trap out at point C.

d)

The water level decreases immediately.

34.

What action starts the siphonic action in an automatic flushing cistern?

a)

The water level reaching the bottom of the dome.

b)

The pressure at point B becoming greater than the head of water at point A.

c)

The trap being pushed out at point C.

d)

The water level decreasing below point B.

35.

How many types of urinals are mentioned in the summary?

a)

One

b)

Two

c)

Three

d)

Four

36.

What are the flush options available for urinals as per the summary?

a)

Manual only

b)

Auto only

c)

Auto or manual

d)

None

37.

How are bowl and trough urinals connected to a soil stack?

a)

Directly

b)

Via a trap and discharge branch

c)

Through a pump

d)

Using a filter

38.

What is the minimum waste size for urinals mentioned in the summary?

a)

15mm

b)

20mm

c)

32mm

d)

50mm

39.

What type of waste is used for urinals according to the summary?

a)

Slotted waste

b)

Unslotted waste

c)

Filtered waste

d)

Pumped waste

40.

How is a slab urinal connected to drainage?

a)

Via a trap

b)

Directly to underground drainage

c)

Through a pump

d)

Using a filter

41.

What is the feed size to the cistern for urinals?

a)

10mm

b)

15mm

c)

20mm

d)

25mm

42.

What is a bidet often described as?

a)

Sit-on wash basin

b)

Stand-up wash basin

c)

Sit-on shower

d)

Stand-up shower

43.

What material are bidets typically made of?

a)

Stainless steel

b)

Vitreous china

c)

Plastic

d)

Wood

44.

Which of the following is NOT a design type of bidet?

a)

Over the rim bidet

b)

Ascending spray bidet

c)

Descending spray bidet

d)

Wall-mounted bidet

45.

What might wall-hung bidets require for additional support?

a)

Extra screws

b)

Support brackets

c)

Metal frames

d)

Wooden beams

46.

What is the most common style of bidet mentioned in the text?

a)

Wall-mounted bidets

b)

Over the rim bidets

c)

Floor-mounted bidets

d)

Portable bidets

47.

How are over the rim bidets installed?

a)

The same way as a toilet

b)

The same way as a shower

c)

The same way as a basin

d)

The same way as a bathtub

48.

What type of mixer tap can be used with over the rim bidets?

a)

Monobloc mixer tap

b)

Double-handle mixer tap

c)

Single-handle mixer tap

d)

Wall-mounted mixer tap

49.

What must be maintained to prevent water contamination when connecting over the rim bidets to a mains fed system?

a)

AUK2 air gap

b)

AUK1 air gap

c)

AUK3 air gap

d)

AUK4 air gap

50.

How should a hand spray with hose be treated when used with over the rim bidets?

a)

Like a descending spray bidet

b)

Like an ascending spray bidet

c)

Like a wall-mounted spray bidet

d)

Like a floor-mounted spray bidet

51.

What is important to maintain between the spill over level of the sanitary appliance and the outlet of the tap in over the rim bidets?

a)

AUK2 air gap

b)

Water pressure

c)

Temperature control

d)

Flow rate

52.

What is a characteristic of ascending spray bidets?

a)

They are very common in the UK.

b)

They use a special mixer tap to spray upwards from the base of the bowl.

c)

They do not require any special installation considerations.

d)

They can be connected to mains fed systems.

53.

Why are special installation considerations needed for ascending spray bidets?

a)

Because they are very common in the UK.

b)

Because they have an air gap present.

c)

Due to the contamination risk with no air gap present.

d)

Because they are connected to mains fed systems.

54.

Why cannot ascending spray bidets be connected to mains fed systems?

a)

Because they are very common in the UK.

b)

Because they use a special mixer tap.

c)

Because the outlet is in direct contact with foul water.

d)

Because they have an air gap present.

55.

Why can't ascending spray bidets be connected to mains fed systems?

a)

Because they require a higher water pressure

b)

Because they need a feed from the cold water storage cistern

c)

Because they are too large

d)

Because they are not compatible with modern plumbing

56.

What is the main reason ascending spray bidets require a feed from the cold water storage cistern?

a)

There is no air gap present between the spillover level of the appliance and the outlet of the spray

b)

They are more efficient with cold water

c)

They are designed to work only with cold water

d)

They are not compatible with hot water systems

57.

What is the function of the ascending spray mixing valve in an ascending spray bidet?

a)

To mix hot and cold water

b)

To control the water pressure

c)

To filter the water

d)

To regulate the spray direction

58.

How many types of bidets are mentioned in the summary?

a)

One

b)

Two

c)

Three

d)

Four

59.

What is a risk associated with bidets according to the summary?

a)

Overheating

b)

Contamination

c)

Electrical failure

d)

Low water pressure

60.

What should be identified before connecting a bidet to a mains fed system?

a)

Water pressure

b)

Type of bidet

c)

Electrical connection

d)

Overflow type

61.

What is the minimum waste size for bidets as mentioned in the summary?

a)

15mm

b)

20mm

c)

32mm

d)

50mm

62.

What type of air gap should be maintained for bidets?

a)

AUK1

b)

AUK2

c)

AUK3

d)

AUK4

63.

How are bidets connected to a soil stack?

a)

Directly

b)

Via a trap and discharge branch

c)

Through a pump

d)

Using a filter

64.

What size are the hot and cold feed pipes for bidets?

a)

10mm

b)

15mm

c)

20mm

d)

25mm

65.

What type of connections do bidet taps have?

a)

1/4” BSP

b)

1/2” BSP

c)

3/4” BSP

d)

1” BSP