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Level 2 powerpoint1 sanitation and drainage

Total questions: 50

Worksheet time: 25mins

Name
Class
Date
1.

What is the main purpose of a rainwater system in buildings?

a)

To remove rainwater from the property to a safe place

b)

To provide drinking water for residents

c)

To cool the building during hot weather

d)

To generate electricity from rainwater

2.

Which of the following is commonly used to collect rainwater that falls onto a building?

a)

Facia-board mounted gutter

b)

Underground tank

c)

Rooftop solar panel

d)

Window sill

3.

Rainwater collected by gutters typically flows to which component before being discharged away?

a)

Downpipe

b)

Water heater

c)

Air vent

d)

Electrical conduit

4.

Explain the difference between a drainage system and a soakaway in the context of rainwater systems.

a)

A drainage system directs rainwater to sewers, while a soakaway allows water to soak into the ground

b)

Both systems store rainwater for later use

c)

A soakaway is used only in commercial buildings, while drainage systems are for residential use

d)

A drainage system is always combined, while a soakaway is always separate

5.

Which of the following is NOT a reason why the collection of rainwater from a property must be properly managed?

a)

To create a nuisance for the occupier

b)

To prevent damage to the property

c)

To prevent damage to adjacent property

d)

To ensure safety and proper drainage

6.

What is the main principle behind gravity rainwater systems in buildings?

a)

Using pumps to move water away

b)

Allowing rainwater to run off the roof into gutters and downpipes using gravity

c)

Storing rainwater on the roof

d)

Letting rainwater penetrate the property

7.

Explain how gravity assists in the functioning of rainwater systems in buildings.

a)

Gravity helps water evaporate from the roof

b)

Gravity channels rainwater from the roof into gutters and downpipes, moving it safely away from the property

c)

Gravity causes water to stay on the roof

d)

Gravity increases water penetration into the property

8.

A property owner notices water pooling near the foundation after rain. Using your understanding of gravity rainwater systems, what could be a possible cause and solution?

a)

The gutters are channeling water away properly; no action needed

b)

The downpipe may be blocked, preventing water from being safely directed away; clearing the blockage could solve the issue

c)

The roof is absorbing all the rainwater; replace the roof

d)

The rainwater system is designed to create pooling; install more pools

9.

What is the main purpose of a combined sewer?

a)

Used with a separate system of drainage

b)

Used with a combined system of drainage

c)

Used in rural areas for direct discharge into rivers

d)

Used for rainwater harvesting

10.

What is the function of a soakaway drain?

a)

To combine sewage and rainwater

b)

To discharge water into rivers

c)

To allow water to naturally soak away within the property boundary

d)

To treat and reuse water within the property

11.

How does rainwater harvesting differ from other drainage systems?

a)

It discharges water into rivers

b)

It combines sewage and rainwater

c)

It treats water at a basic level and reuses it within the property

d)

It allows water to soak away naturally

12.

What is the main purpose of having separate drainage systems for foul water and rainwater?

a)

To mix all water types together

b)

To prevent contamination and manage water efficiently

c)

To increase water usage

d)

To reduce the number of pipes needed

13.

Explain why it is important for foul water and rainwater to be directed to different locations in a separate drainage system.

a)

It helps to save money on water bills

b)

It prevents pollution of natural water courses and ensures proper treatment of sewage

c)

It makes plumbing easier to install

d)

It allows rainwater to be used for drinking

14.

Why is the combined system no longer a viable option for new installations?

a)

It is too expensive

b)

It does not make connections to drains simple

c)

It is outdated and not suitable for modern requirements

d)

It uses separate sewers for foul and rainwater

15.

What is one advantage of the combined system mentioned in the material?

a)

It separates foul and rainwater

b)

It makes connections to the drains much simpler

c)

It requires more inspection chambers

d)

It is the only system used in new installations

16.

Strategically, what could be a potential environmental concern with using a combined system for both foul and rainwater drainage?

a)

Increased cost of installation

b)

Risk of sewage overflow during heavy rainfall

c)

Difficulty in connecting to drains

d)

Need for more inspection chambers

17.

What is the main benefit of rainwater harvesting for householders?

a)

It increases the amount of mains water used.

b)

It saves large volumes of mains water and reduces pressure on the resource.

c)

It makes water more expensive.

d)

It pollutes the water supply.

18.

What is the average size of a rainwater harvesting cistern mentioned in the material?

a)

500 litres

b)

1,000 litres

c)

5,000 litres

d)

10,000 litres

19.

Explain how rainwater harvesting can contribute to environmental sustainability in a household.

a)

By increasing water consumption

b)

By saving mains water and reducing resource pressure

c)

By using only mains water

d)

By ignoring water conservation

20.

What is the volume of the soakaway pit shown in the diagram?

a)

1 cubic meter

b)

2 cubic meters

c)

0.5 cubic meters

d)

5 cubic meters

21.

Which plumbing component is illustrated in the diagram?

a)

Soakaway drain

b)

Septic tank

c)

Water heater

d)

Radiator

22.

Which component of a rainwater system is responsible for collecting water from the roof and directing it towards the downpipe?

a)

Gutter

b)

Soffit

c)

Facia

d)

Box end

23.

What is the main function of the downpipe in a rainwater system?

a)

To support the roof structure

b)

To collect water from the gutter and direct it to the ground or drainage

c)

To provide insulation to the house

d)

To cover the underside of the roof

24.

Which of the following is a material commonly used for rainwater goods?

a)

Cast iron

b)

Wood

c)

Glass

d)

Concrete

25.

Which of these materials is NOT listed as used for rainwater goods?

a)

PVCu

b)

Copper

c)

Cast aluminium

d)

Steel

26.

Which material is most commonly used for standard domestic guttering and downpipes?

a)

PVCu

b)

Copper

c)

Steel

d)

Aluminum

27.

Which of the following is NOT an advantage of PVCu?

a)

Heavy weight

b)

Easy to install

c)

Corrosion free

d)

Minimal maintenance

28.

Why does PVCu guttering become brittle in cold weather?

a)

It contracts

b)

It expands

c)

It melts

d)

It rusts

29.

Explain why PVCu guttering may require minimal maintenance compared to other materials.

a)

Because it is corrosion free and has a smooth finish

b)

Because it is heavy and strong

c)

Because it absorbs water

d)

Because it is painted regularly

30.

Which statement best describes a disadvantage of using extruded aluminium in plumbing?

a)

It is strong and durable

b)

Installation is time consuming

c)

It does not rust

d)

It is lighter than cast iron

31.

Which of the following is an advantage of using cast iron as a material in plumbing?

a)

It is lightweight

b)

It is strong and durable

c)

It is easy to install

d)

It requires no maintenance

32.

Which of the following is NOT a disadvantage of cast iron?

a)

Installation is expensive

b)

Requires regular maintenance

c)

Strong and durable

d)

Jointing is more difficult

33.

Given the disadvantages listed, what might be a reason for choosing cast iron over plastic in certain buildings?

a)

Cast iron is easier to install than plastic

b)

Cast iron is specified for conservation areas due to its durability and historical value

c)

Cast iron is less expensive than plastic

d)

Cast iron requires less maintenance than plastic

34.

Which type of bolts are used to join the layers of cast iron guttering?

a)

Zinc-plated gutter bolts

b)

Copper bolts

c)

Brass bolts

d)

Stainless steel bolts

35.

Why is jointing material used between the socket and plain end in cast iron guttering?

a)

To ensure a watertight seal and prevent leaks

b)

To make the guttering look shiny

c)

To increase the weight of the guttering

d)

To make the guttering easier to paint

36.

Which type of guttering system is considered the standard for domestic properties?

a)

Half round

b)

Deep flow

c)

Square line

d)

Ogee

37.

Which guttering system is typically used in conjunction with a squared downpipe?

a)

Half round

b)

Deep flow

c)

Square line

d)

Ogee

38.

If a property owner wants to give their house a period look, which guttering system should they choose?

a)

Deep flow

b)

Ogee

c)

Square line

d)

Half round

39.

A house is located in an area with frequent heavy rainfall and has a steeply angled roof. Which guttering system would be most appropriate to install, and why?

a)

Half round, because it is the standard for domestic properties.

b)

Deep flow, because it has a higher capacity suitable for steep roofs and heavy rainfall.

c)

Square line, because it is used with squared downpipes.

d)

Ogee, because it gives a period look to the property.

40.

Why might larger roofs require larger gutters in a rainwater system?

a)

To accommodate more rainwater flow

b)

To improve the building's appearance

c)

To reduce the cost of installation

d)

To increase the number of outlets

41.

How do changes in the direction of gutter run affect the efficiency of water flow in a guttering system?

a)

They reduce efficiency

b)

They increase efficiency

c)

They have no effect

d)

They make the system cheaper

42.

Why might cast iron be specified for guttering systems in certain buildings?

a)

Due to customer preference and requirements by English Heritage and National Trust

b)

Because it is the cheapest material available

c)

Because it is lighter than other materials

d)

Because it is easier to install

43.

A property is located in an area with high rainfall intensity. What should be considered when selecting a guttering system for this property?

a)

The system must cope with the expected flow of rainwater

b)

The color of the gutters should match the roof

c)

The number of windows in the property

d)

The age of the property owner

44.

Explain how the roof area of a building influences the choice of gutter size in a rainwater system.

a)

Larger roofs require larger gutters to handle increased water flow

b)

Smaller roofs require larger gutters for aesthetic reasons

c)

Roof area does not affect gutter size

d)

Larger roofs require smaller gutters to save costs

45.

Which region of Britain tends to experience heavier rainfall?

a)

The west coast

b)

The east coast

c)

The south coast

d)

The north coast

46.

Which of the following is an important factor to consider with the roof area?

a)

The color of the roof tiles

b)

The actual size of the roof area

c)

The number of windows in the roof

d)

The type of gutter used

47.

What is another key factor to consider when assessing a roof area besides its size?

a)

The angle of the roof area

b)

The number of chimneys

c)

The age of the building

d)

The material of the walls

48.

Which two factors mentioned in the material affect the amount of rainwater collected and the velocity at which water enters the guttering?

a)

Roof area and slope

b)

Roof area and rainfall intensity

c)

Roof area and velocity of water

d)

Roof area and gutter size

49.

Why is the roof area important in determining the amount of rainwater collected?

a)

It determines the color of the roof

b)

It affects the amount of rainwater collected

c)

It changes the shape of the house

d)

It increases the temperature inside the house

50.

What is the primary function of a running outlet in a plumbing system?

a)

To connect the gutter and the downpipe and cope with water flowing from two directions.

b)

To store rainwater for later use.

c)

To filter debris from rainwater.

d)

To increase the water pressure in the system.