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Learning Outcome 5: Installation Requirements

Total questions: 33

Worksheet time: 17mins

Name
Class
Date
1.

Which statement best describes the focus of Learning Outcome 5 for cold water systems?

a)

Designing advanced hot water circulation loops

b)

Memorizing historical pipe materials used

c)

Understanding installation requirements in detail

d)

Calculating complex thermal expansion coefficients

2.

Which factor directly affects the selection of a cold water system for a property?

a)

Number of bathroom tiles installed

b)

Water pressure measured in bar

c)

Colour of the plumbing fixtures

d)

Pipe material used on site

3.

What is the primary tool used to test water pressure near the point of entry?

a)

Manometer with inclined tube

b)

Digital ultrasonic sensor

c)

Flow cup with calibrated scale

d)

Bourdon Gauge with flexible hose

4.

Where should water pressure be measured first in a building’s cold water system?

a)

At the kitchen tap outlet

b)

Near the point of mains entry

c)

At the highest outlet upstairs

d)

After the water heater discharge

5.

Which statement correctly describes testing water flow rate in a property?

a)

Measure at one tap only for accuracy

b)

Use a flow cup at each outlet

c)

Record pressure in bar at the meter

d)

Use a Bourdon Gauge for flow

6.

Which measurements are commonly used when assessing a property’s cold water supply?

a)

Electrical resistance in ohms

b)

Pressure in bar units

c)

Flow rate in litres per second

d)

Temperature in degrees Celsius

7.

What does water pressure most directly refer to in a plumbing system?

a)

Force behind water flow

b)

Speed of water moving

c)

Amount of water stored

d)

Temperature of the water

8.

Which two basic means can create pressure in plumbing systems?

a)

Pump fitted to the system

b)

Heating water to expand

c)

Weight of water creating head

d)

Using smaller diameter pipes

9.

Flow rate is best defined as which of the following?

a)

Volume discharging to an appliance

b)

Force pushing through the pipes

c)

Height difference between tanks

d)

Energy used by the pump

10.

Which instrument could be used to check flow rate when setting up a combination boiler?

a)

Thermometer probe

b)

Pipe thread gauge

c)

Pressure gauge dial

d)

Flow cup or weir cup

11.

If a bath fills slowly because the flow rate is poor, which measurement unit would indicate this directly?

a)

Degrees Celsius

b)

Litres per minute

c)

Metres of head

d)

Newtons per square metre

12.

Convert 60 litres per minute to litres per second.

a)

1 litre per second

b)

10 litres per second

c)

0.1 litres per second

d)

6 litres per second

13.

Which factors can affect both pressure and flow in cold water systems? Select all that apply.

a)

Daily demand at peak periods

b)

Number of elbows in pipe runs

c)

Distribution main size

d)

Colour of the pipe insulation

e)

Blockages within the system

14.

In the diagram of a direct cold water system, which component is correctly used to isolate a branch supplying a WC cistern for maintenance?

a)

Screwdown stop valve on branch feed

b)

Plugcock on storage cistern outlet

c)

Lever spherical plug valve on float arm

d)

Flanged gate valve at small branch

15.

Which valves are appropriate for controlling flow at the cold water storage cistern outlet in a direct system?

a)

Slot type spherical plug valve

b)

Plugcock for BS 2580 standard

c)

Flanged gate valve for large systems

d)

Wheel operated gate valve

16.

A lever operated spherical plug valve is best positioned where quick on/off control is needed. In the diagram, where is this most suitable?

a)

On the cold water storage cistern vent

b)

On the main rising main entry

c)

On the F&E cistern overflow

d)

On the branch before the WC cistern

17.

Which tool is recommended for drilling a hole in a flexible plastic cistern?

a)

Hole saw with pilot bit

b)

Step cone cutter only

c)

Heated copper pipe method

d)

Twist drill without guide

18.

Why should heating a copper pipe to melt a hole in a cistern be avoided?

a)

It breaks down plastic polymers

b)

It dulls cutting tools quickly

c)

It makes the hole too small

d)

It voids tool warranties

19.

When cutting rigid cisterns, what additional practice must be done after drilling?

a)

Paint the cut with primer

b)

Remove swarf from the cut

c)

Flush with oil-based compound

d)

Leave swarf to settle inside

20.

For side or bottom outlets on storage cisterns, what minimum clearance helps prevent debris entering the pipework?

a)

10 mm from tank floor

b)

25 mm from tank floor

c)

40 mm from tank floor

d)

5 mm from tank floor

21.

Which statement about jointing compounds on plastic cisterns is correct?

a)

Oil-based compounds seal better

b)

Use oil only on metal parts

c)

Avoid oil-based compounds entirely

d)

Use oil-based jointing liberally

22.

What component creates the watertight seal on the inside face of a compression tank connector?

a)

Neoprene washer outside

b)

Rubber washer inside

c)

Metal backing ring

d)

PTFE tape only

23.

Which combination correctly improves sealing of an outlet connector through a plastic cistern wall?

a)

Two neoprene washers outside

b)

Rubber washer inside only

c)

Oil-based mastic on threads

d)

Rubber inside and neoprene outside

24.

Which tools are suitable for cutting holes in rigid cisterns?

a)

Hole saw with arbor

b)

Hand file alone

c)

Cook’s hole cutter

d)

Heated copper pipe

25.

Which statement best explains why plastic pipe requires shorter horizontal clipping distances than copper pipe of the same size?

a)

Copper expands more and bends under load

b)

Copper lacks rigidity in vertical runs

c)

Plastic softens with heat and sags more

d)

Plastic is heavier and increases dead load

26.

A 22 mm copper pipe is run horizontally. What is the appropriate clipping distance to prevent sagging?

a)

2.4 metres between clips

b)

3.0 metres between clips

c)

1.8 metres between clips

d)

1.2 metres between clips

27.

Select all valid reasons for setting specific pipe clipping distances.

a)

Provide pipe support along the run

b)

Limit pipe sagging under its own weight

c)

Ensure smaller diameters hang more freely

d)

Make plastic pipes stiffer when heated

e)

Account for different vertical and horizontal forces

28.

For a vertical run of 35 mm copper pipe, what clipping distance should be used?

a)

2.7 metres between clips

b)

2.4 metres between clips

c)

3.0 metres between clips

d)

3.6 metres between clips

29.

A 28 mm plastic pipe is installed vertically. Choose the correct clipping distance.

a)

1.7 metres between clips

b)

1.4 metres between clips

c)

1.2 metres between clips

d)

1.5 metres between clips

30.

When insulating pipework against freezing, what is the realistic outcome of insulation?

a)

It completely prevents freezing in all weather

b)

It delays freezing during very cold weather

c)

It warms pipes using room heat transfer

d)

It redirects moisture away from fittings

31.

Select the materials that commonly require transition fittings to join to copper in cold water supply systems.

a)

Concrete ducts

b)

Stainless steel tube

c)

Lead pipework

d)

MDPE service pipes

32.

In a roof space, how should pipework be treated to manage heat and freezing risk?

a)

Place beside radiators without insulation

b)

Wrap only hot pipes, not cold pipes

c)

Insulate even when below roof insulation

d)

Leave exposed above roof insulation

33.

Why is insulation still required for pipes placed below roof insulation in lofts?

a)

To improve soundproofing of ceiling voids

b)

To meet plasterboard fire ratings

c)

To avoid unnecessary warming from rooms below

d)

To stop expansion of roof joists