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9189 - 310 - D&R PART 2

Total questions: 56

Worksheet time: 28mins

Name
Class
Date
1.

What is a key requirement for a building to be suitable for a micro-combined heat and power (mCHP) system?

a)

The building should have a low demand for heating.

b)

The building should have a high demand for heating.

c)

The building should have poor insulation.

d)

The building should be small in size.

2.

Why is a building with good and effective insulation not normally suitable for a micro-combined heat and power (mCHP) system?

a)

It is too expensive to install.

b)

It is unlikely to have a high demand for heating.

c)

It requires too much maintenance.

d)

It is not energy efficient.

3.

What is the relevance of Building Regulation A?

a)

Where components affect the load placed on the structure of the building or excavations are close to the building

b)

Where holes for pipework reduce the fire-resisting integrity of the structure

c)

Water efficiency

d)

Installation of supply and control wiring for the system

4.

Which Building Regulation is concerned with fire safety?

a)

A

b)

B

c)

C

d)

E

5.

What does Building Regulation C address?

a)

Resistance to sound

b)

Sanitation, hot water safety, and water efficiency

c)

Resistance to contaminants and moisture

d)

Heat producing appliances

6.

Which Building Regulation is related to water efficiency?

a)

G

b)

J

c)

L

d)

P

7.

What is the focus of Building Regulation L?

a)

Electrical safety

b)

Conservation of fuel and power

c)

Heat producing appliances

d)

Resistance to sound

8.

When is planning permission not normally required for installing an mCHP in a domestic property?

a)

When the work is external

b)

When the work is internal

c)

When the property is a listed building

d)

When the property is in a conservation area

9.

What should be checked with the local authority if the installation requires an external flue?

a)

If the property is a listed building

b)

If the work is internal

c)

If it is classed as a permitted development

d)

If the property is in a conservation area

10.

What must be done if the property is a listed building or within a conservation area?

a)

No action is needed

b)

Check with the local authority for both internal and external work

c)

Only check for external work

d)

Only check for internal work

11.

What do the Gas Safety (Installation and Use) Regulations require?

a)

A plumber to install the gas supply

b)

A Gas Safe engineer to carry out the installation

c)

An electrician to oversee the installation

d)

A building inspector to approve the installation

12.

What is the main concern of the Water Supply (Water Fittings) Regulations?

a)

Reducing water usage

b)

Avoidance of contamination of potable water

c)

Increasing water pressure

d)

Installation of water meters

13.

What is the G83 regulation related to?

a)

Connecting the generator to the system

b)

Safety measures for electrical appliances

c)

Energy efficiency standards

d)

Environmental protection guidelines

14.

When should the Microgeneration Certificate Scheme be referred to?

a)

When installing solar panels

b)

When electricity is generated

c)

During power outages

d)

When purchasing electrical equipment

15.

What is one benefit of mCHP regarding electricity production?

a)

It depends on the direction of the property.

b)

It is not dependent on weather conditions.

c)

It requires constant sunlight.

d)

It only works in warm climates.

16.

What does the mCHP system generate while producing heat?

a)

Water

b)

Gas

c)

Electricity

d)

Steam

17.

What financial incentive is available for mCHP systems?

a)

Tax rebate

b)

Feed-in tariff

c)

Discounted installation

d)

Free maintenance

18.

How does mCHP compare to centrally generated electricity in terms of carbon savings?

a)

It saves more carbon.

b)

It uses more carbon.

c)

It has no effect on carbon.

d)

It doubles carbon emissions.

19.

What impact does mCHP have on a property's carbon footprint?

a)

Increases it

b)

Has no effect

c)

Reduces it

d)

Doubles it

20.

Which of the following is a limitation of mCHP?

a)

It has a high initial installation cost.

b)

It is suitable for all properties.

c)

It has unlimited capacity for electrical generation.

d)

It is inexpensive to install.

21.

What is one of the considerations when deciding on the suitability of a location for rainwater harvesting?

a)

The color of the tanks

b)

The amount of rainfall in the area

c)

The type of soil

d)

The distance from the nearest city

22.

Why should above ground tanks be avoided in rainwater harvesting?

a)

They are more expensive

b)

They are difficult to install

c)

They are susceptible to freezing, warming, and sunlight

d)

They require more maintenance

23.

What is required if below ground tanks are used for rainwater harvesting?

a)

Painting the tanks

b)

Regular cleaning

c)

Excavation work

d)

Additional insulation

24.

What is necessary for excavation work in rainwater harvesting?

a)

Special permits

b)

Access for excavation machinery

c)

A large workforce

d)

Advanced technology

25.

What does Building Regulation C focus on in the context of rainwater harvesting?

a)

Electrical safety

b)

Resistance to sound

c)

Resistance from contaminants and moisture

d)

Sanitation and water efficiency

26.

Which Building Regulation addresses water efficiency in rainwater harvesting?

a)

E

b)

G

c)

H

d)

P

27.

What is the focus of Building Regulation H in rainwater harvesting?

a)

Structure

b)

Fire safety

c)

Drainage and waste disposal

d)

Electrical safety

28.

When is planning permission generally not required for a rainwater harvesting system?

a)

When it uses an above-ground tank

b)

When it alters the outside appearance of the property

c)

When it does not alter the outside appearance of the property

d)

When the property is in a conservation area

29.

What should you do if your rainwater harvesting system uses an above-ground tank?

a)

Ignore local authority guidelines

b)

Check with the local authority

c)

Assume no permission is needed

d)

Install without any checks

30.

What is the purpose of the Water Supply (Water Fittings) Regulation 1999 in relation to rainwater harvesting systems?

a)

To ensure the rainwater is clean enough for drinking

b)

To avoid cross-contamination between rainwater and potable water

c)

To regulate the amount of rainwater collected

d)

To improve the taste of rainwater

31.

Which of the following is a benefit of rainwater harvesting?

a)

Increases the use of potable water

b)

Increases water bills

c)

Requires treatment prior to use

d)

Reduces the use of wholesome potable water

32.

What is one financial benefit of rainwater harvesting?

a)

Increases water bills

b)

Reduces water bills

c)

Requires expensive equipment

d)

Increases maintenance costs

33.

Why is rainwater harvesting considered less complicated than greywater systems?

a)

It requires more treatment

b)

It is more expensive

c)

It is less complicated

d)

It uses more resources

34.

What is one limitation of rainwater harvesting related to the collection area?

a)

The volume of water is unlimited.

b)

The volume of water is limited to the collection area.

c)

The volume of water is always sufficient.

d)

The volume of water is not affected by the collection area.

35.

How does rainfall affect rainwater harvesting?

a)

The volume of water is not affected by rainfall.

b)

The volume of water is limited to the rainfall in the area.

c)

Rainfall increases the storage capacity.

d)

Rainfall has no impact on water collection.

36.

What is a financial limitation of rainwater harvesting?

a)

Low maintenance cost.

b)

High initial installation cost.

c)

No installation cost.

d)

Subsidized installation cost.

37.

What should be fitted to the property for rainwater harvesting?

a)

A solar panel.

b)

A water meter.

c)

A wind turbine.

d)

A gas meter.

38.

What is a necessary condition for the installation of a greywater reuse system?

a)

A suitable supply of greywater should be available.

b)

The system should be installed indoors.

c)

Greywater should be treated with chemicals.

d)

The system should be connected to the main water supply.

39.

Where should storage tanks for greywater be located?

a)

In direct sunlight

b)

Away from light and heat

c)

Near a heat source

d)

In a brightly lit area

40.

What should be considered regarding the space for storing greywater?

a)

It should be underground.

b)

It should be suitable and available.

c)

It should be above ground.

d)

It should be in a public area.

41.

How should storage tanks be protected?

a)

From rain

b)

From frost

c)

From dust

d)

From animals

42.

Which building regulation is concerned with the structural integrity of a building when components affect the loading placed on it?

a)

A - Structure

b)

B - Fire safety

c)

C - Resistance to contaminants and moisture

d)

D - Resistance to sound

43.

What is the relevance of Building Regulation B?

a)

Water efficiency

b)

Installation of supply and control wiring for the system

c)

Where holes for pipework reduce the fire-resisting integrity of the structure

d)

Where waste pipes are connected to the drainage system

44.

Which regulation addresses water efficiency?

a)

G - Sanitation, hot water safety and water efficiency

b)

H - Drainage and waste disposal

c)

P - Electrical safety

d)

E - Resistance to sound

45.

What does Building Regulation H focus on?

a)

Fire safety

b)

Drainage and waste disposal

c)

Electrical safety

d)

Resistance to sound

46.

When is planning permission generally not required for a greywater reuse system?

a)

When the system is above ground level

b)

When the property is listed

c)

When the system is installed underground

d)

When the property is in a conservation area

47.

What should be done if the greywater reuse system is above ground level?

a)

Ignore local authority regulations

b)

Check with the local authority

c)

Automatically proceed with installation

d)

Install without any permissions

48.

In which situation is planning permission required for a greywater reuse system?

a)

If the system is underground

b)

If an outhouse is required to house the storage system

c)

If the property is not listed

d)

If the system is in a non-conservation area

49.

Who must be informed prior to any greywater reuse installation?

a)

The local authority

b)

The property owner

c)

The water supplier

d)

The electrical company

50.

What is one of the benefits of greywater reuse?

a)

Increased water bills

b)

Reduction in water bills

c)

Increased demand for potable water

d)

Limited system designs

51.

How does greywater reuse affect the demand for wholesome potable water?

a)

Increases the demand

b)

Has no effect

c)

Reduces the demand

d)

Makes water non-potable

52.

What is a potential benefit of greywater reuse related to system designs?

a)

Limited system designs

b)

A wide range of system designs

c)

No system designs available

d)

Only one system design

53.

What is one limitation of greywater reuse?

a)

Short payback period

b)

Easy integration with existing systems

c)

Long payback period

d)

Suitable for all appliances

54.

Why might greywater reuse contribute to a property's carbon footprint?

a)

It requires no filtering

b)

It requires filtering and pumping

c)

It is used for drinking

d)

It is naturally clean

55.

What is a potential risk associated with greywater reuse?

a)

Cross-contamination

b)

Increased water purity

c)

Reduced water usage

d)

Enhanced taste

56.

What must be fitted when using greywater systems?

a)

A new faucet

b)

A water meter

c)

A solar panel

d)

An air filter