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Safety Measures Quiz

Total questions: 70

Worksheet time: 35mins

Name
Class
Date
1.

What is a requirement for an internal water meter for safety?

a)

It needs to be cross bonded.

b)

It needs to be placed outside.

c)

It needs to be painted yellow.

d)

It needs to be installed by a plumber.

2.

What is shown in the image labeled "A boundary meter box"?

a)

A boundary meter box

b)

An internal water meter

c)

A stop valve

d)

A drain off valve

3.

What color is the MDPE pipe used to identify wholesome water?

a)

Red

b)

Blue

c)

Green

d)

Yellow

4.

What is the minimum size for a modern property pipe?

a)

20mm

b)

25mm

c)

30mm

d)

35mm

5.

What type of copper can be used according to the requirements?

a)

Hard copper

b)

Soft copper (R220)

c)

Medium copper

d)

Flexible copper

6.

Where is the meter commonly installed at the property boundary?

a)

In a chamber

b)

Inside the house

c)

On the roof

d)

In the basement

7.

Where can water be isolated according to the requirements?

a)

Only in the road

b)

Only at the meter

c)

Only at the point of entry to the property

d)

In the road, at the meter, or at the point of entry to the property

8.

Under which regulations is everything from the external stop valve at the meter regulated?

a)

Water Regulations 1995

b)

Water Regulations 1997

c)

Water Regulations 1999

d)

Water Regulations 2001

9.

According to the Water Regulations, where should a stop valve be located?

a)

Outside the building

b)

Inside the building, above floor level, near the point of entry

c)

Below floor level

d)

Anywhere in the building

10.

What is the purpose of installing a stop valve as per the Water Regulations?

a)

To increase water pressure

b)

To prevent water from going to any point in the building when closed

c)

To filter the water

d)

To reduce water temperature

11.

What is the maximum recommended height for MDPE above floor level?

a)

100mm

b)

150mm

c)

200mm

d)

250mm

12.

Why should MDPE not be placed above 150mm from the floor level?

a)

It degrades in sunlight

b)

It increases water pressure

c)

It reduces water flow

d)

It is difficult to install

13.

Which types of stop valves can be used according to the Water Regulations?

a)

Only a screwdown (BS1010) stop valve

b)

Only a level arm (BS6675) stop valve

c)

Either a screwdown (BS1010) or a level arm (BS6675) stop valve

d)

Any type of stop valve

14.

How does the stop valve create a watertight seal?

a)

By turning the handle to push a washer against a seating

b)

By using a spanner to tighten the valve

c)

By replacing the head gear

d)

By installing it above the incoming stop valve

15.

What is a cost-effective method of repair if the stop valve jams?

a)

Replace the entire valve

b)

Replace the head gear only

c)

Install a new washer

d)

Use a spanner to fix it

16.

What tool is used to operate the DOV?

a)

A handle

b)

A spanner or key

c)

A screwdriver

d)

A hammer

17.

Where must a DOV be installed in the system?

a)

At the highest point in the system

b)

Above the incoming stop valve and at every low point

c)

Only at the incoming stop valve

d)

At the middle point of the system

18.

Which of the following must a plumbing system comply with?

a)

Building Regulations

b)

Electrical Regulations

c)

Water Regulations

d)

Fire Safety Regulations

19.

What must every plumber prevent?

a)

Leakage of gas

b)

Contamination of wholesome water

c)

Electrical hazards

d)

Structural damage

20.

What must be given in advance for installations?

a)

Payment

b)

Notice

c)

Approval

d)

Inspection

21.

What is one benefit of becoming an Approved Plumbing Contractor?

a)

Higher salary

b)

Access to exclusive tools

c)

Passing the Water Regulations training course

d)

Free advertising

22.

Who has produced the guide to the Water Regulations?

a)

EPA

b)

WRAS

c)

OSHA

d)

WHO

23.

What are the two key tests with cold water systems?

a)

Temperature and Pressure

b)

Pressure and Flow rate

c)

Flow rate and Temperature

d)

Temperature and Volume

24.

Where is pressure normally first tested in a cold water system?

a)

At each outlet

b)

Near the point of entry

c)

At the main valve

d)

At the water meter

25.

Where is flow rate tested in a cold water system?

a)

Near the point of entry

b)

At the main valve

c)

At each outlet

d)

At the water meter

26.

What does pressure refer to in the context of water flow?

a)

The temperature of the water

b)

The force behind water flow

c)

The color of the water

d)

The taste of the water

27.

When is a more accurate reading of water pressure needed?

a)

When installing water softeners

b)

When checking the water temperature

c)

When measuring water color

d)

When tasting the water

28.

What are the two basic means to create pressure in plumbing systems?

a)

Using a heater or a cooler

b)

Using a pump or the weight of water

c)

Using a filter or a purifier

d)

Using a valve or a faucet

29.

What is the flow rate a measure of?

a)

The pressure of water discharging to an appliance

b)

The temperature of water discharging to an appliance

c)

The volume of water discharging to an appliance

d)

The speed of water discharging to an appliance

30.

How is the flow rate measured?

a)

In litres per hour

b)

In litres per minute

c)

In gallons per minute

d)

In cubic meters per second

31.

What would happen if the flow rate was poor?

a)

The bath would fill up faster

b)

The bath would take longer to fill up

c)

The water would be hotter

d)

The water pressure would increase

32.

In a domestic situation, what is usually sufficient to check the flow rate?

a)

A pressure gauge

b)

A thermometer

c)

A visual check

d)

A flow meter

33.

What can be used to check the flow rate more accurately?

a)

A thermometer

b)

A flow cup or weir cup

c)

A pressure gauge

d)

A stopwatch

34.

What is the flow rate equivalent of 60 litres per minute?

a)

0.1 l/sec

b)

1 l/sec

c)

10 l/sec

d)

0.01 l/sec

35.

What is the flow rate equivalent of 6 litres per minute?

a)

0.1 l/sec

b)

1 l/sec

c)

10 l/sec

d)

0.01 l/sec

36.

Which of the following factors can affect pressure and flow?

a)

Daily demand (peak periods)

b)

Color of the pipes

c)

Type of flooring

d)

Weather conditions

37.

What is one of the factors that can affect pressure and flow in a property?

a)

Age of property

b)

Number of windows

c)

Type of paint used

d)

Height of the building

38.

Which of the following is NOT a factor affecting pressure and flow?

a)

Distribution main size

b)

Incoming main size

c)

Installation pipe size

d)

Color of the walls

39.

How can the number of elbows in a pipe system affect pressure and flow?

a)

It can increase the pressure

b)

It can decrease the pressure

c)

It has no effect

d)

It can change the color of the water

40.

Which material-related factor can affect pressure and flow?

a)

Materials used

b)

Type of paint

c)

Type of flooring

d)

Type of insulation

41.

What type of pressure is used in a direct cold water system?

a)

Low pressure

b)

Medium pressure

c)

High pressure

d)

Variable pressure

42.

What is the usual size of the service pipe to the house in a direct system?

a)

20mm MDPE

b)

25mm MDPE

c)

15mm copper

d)

30mm MDPE

43.

What material is the service pipe connected to inside the house in a direct system?

a)

20mm MDPE

b)

25mm MDPE

c)

15mm copper

d)

Lead mains

44.

What precaution is important to take in a direct system?

a)

Preventing leaks

b)

Ensuring high pressure

c)

Taking precautions against backflow

d)

Using larger pipes

45.

What size of MDPE copper or lead mains might old houses have?

a)

15mm

b)

25mm

c)

20mm

d)

30mm

46.

What type of pressure is used in a direct cold water system?

a)

Low pressure

b)

Medium pressure

c)

High pressure

d)

Variable pressure

47.

In a direct cold water system, how is the cold water supplied to each outlet?

a)

Through a storage tank

b)

Directly on top of each outlet

c)

Through a series of pumps

d)

Via a gravity-fed system

48.

In a direct system, what is the only stored water used for?

a)

Cold water system

b)

Hot water system via the cylinder

c)

Drinking water

d)

Garden irrigation

49.

How many DOVs are required to drain the system down in a direct system?

a)

Two

b)

Three

c)

One

d)

None

50.

What is the diameter of the pipework in a high-pressure direct system?

a)

10mm

b)

20mm

c)

15mm

d)

25mm

51.

What is a characteristic of a direct system using a combination boiler?

a)

It stores hot water in a tank.

b)

It uses a separate heater for hot water.

c)

Both hot and cold water are directly off mains.

d)

It requires a water pump for circulation.

52.

In a direct system with a combination boiler, what is the status of stored water?

a)

There is a large amount of stored water.

b)

There is no stored water at all.

c)

Water is stored in a separate tank.

d)

Water is stored in the boiler itself.

53.

Which type of hot water system is similar to a direct system with a combination boiler?

a)

Vented hot water system

b)

Indirect hot water system

c)

Unvented or water jacket heater hot water system

d)

Solar hot water system

54.

What is one advantage of a direct system?

a)

Potable water at every draw off point

b)

Pressure varies during the day

c)

Care when fitting showers/mixer taps

d)

If the mains is turned off you are without water

55.

Which of the following is a disadvantage of a direct system?

a)

Good pressure at all draw off points

b)

No concerns about storage cisterns in lofts

c)

If the mains is turned off you are without water

d)

Potable water at every draw off point

56.

At what times can pressure be very low in a direct system?

a)

6.30–8.30am and 5–7pm

b)

8.00–10.00am and 4–6pm

c)

7.00–9.00am and 6–8pm

d)

5.30–7.30am and 4–6pm

57.

Which of the following is NOT an advantage of a direct system?

a)

Potable water at every draw off point

b)

Good pressure at all draw off points

c)

No concerns about storage cisterns in lofts

d)

Pressure varies during the day

58.

What is an indirect cold water system?

a)

A system where cold water is taken directly from the mains to all outlets.

b)

A system where cold water is taken via the rising main to a high-level storage cistern.

c)

A system where hot water is taken via the rising main to a high-level storage cistern.

d)

A system where cold water is taken directly from the storage cistern to all outlets.

59.

Which outlet is an exception to the low pressure in an indirect cold water system?

a)

Bathroom sink

b)

Shower

c)

Kitchen sink

d)

Toilet

60.

What are the possible sizes for the distribution pipe from the storage cistern in an indirect cold water system?

a)

15mm or 20mm

b)

22mm or 28mm

c)

30mm or 35mm

d)

40mm or 45mm

61.

What type of system is described as a low pressure system feeding most outlets in the property?

a)

Direct system

b)

Indirect system

c)

High pressure system

d)

Closed system

62.

What is the minimum capacity for the water cistern in the indirect system?

a)

100 litres

b)

150 litres

c)

230 litres

d)

300 litres

63.

Which component in the diagram is responsible for storing cold water?

a)

Service valve

b)

Cold water distribution pipe

c)

Cold water storage cistern

d)

Vented hot water storage vessel

64.

Which of the following is an advantage of an indirect system?

a)

More pipework in roof space

b)

Possible contamination of water at draw-off points

c)

Stored supply of hot water, should mains be turned off

d)

More expensive

65.

What is a disadvantage of an indirect system?

a)

The system pressure is unaffected by peak time demand

b)

Stored supply of hot water, should mains be turned off

c)

Only one draw-off point gives potable water

d)

The system is less expensive

66.

Why is the system pressure in an indirect system considered an advantage?

a)

It is affected by peak time demand

b)

It is unaffected by peak time demand

c)

It increases during peak time demand

d)

It decreases during peak time demand

67.

Which of the following is NOT a disadvantage of an indirect system?

a)

More pipework in roof space

b)

Possible contamination of water at draw-off points

c)

The system pressure is unaffected by peak time demand

d)

More expensive

68.

According to BS6700 and the Water Regulations, what is the required capacity for a cold water storage cistern if supplying both hot and cold water?

a)

100-150 liters

b)

150-200 liters

c)

230-250 liters

d)

200-230 liters

69.

How can the cold water storage system be identified?

a)

By inspecting the basement

b)

By inspecting the loft to see the CWSC

c)

By checking the kitchen sink

d)

By measuring the water temperature

70.

What is the required capacity for a cold water storage cistern if supplying either hot or cold water?

a)

50-100 liters

b)

100-150 liters

c)

150-200 liters

d)

200-250 liters