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Rainwater Systems

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

What are the two important factors to consider with the roof area in rainwater systems?

a)

Slope and material of the roof

b)

Color and design of the roof

c)

Height and width of the roof

d)

Age and condition of the roof

2.

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

a)

The color of the roof

b)

The actual size of the roof area

c)

The material of the roof

d)

The number of windows

3.

How does the roof area affect the amount of rainwater collected and the velocity at which the water enters the guttering?

a)

Larger roof area collects more rainwater and increases water velocity.

b)

Smaller roof area collects more rainwater and decreases water velocity.

c)

Larger roof area collects less rainwater and decreases water velocity.

d)

Roof area does not affect rainwater collection or water velocity.

4.

What is the function of a running outlet in a rainwater system?

a)

To collect rainwater from the roof

b)

To direct rainwater to the drainage system

c)

To store rainwater for later use

d)

To filter debris from rainwater

5.

The position of the running outlet is usually based on the location of which part of the property?

a)

Drain gulley

b)

Kitchen

c)

swimming pool

d)

Garage

6.

True or False: The more outlets on the system, the less distance the rainwater has to travel in the gutter and the greater discharge efficiency the system has.

a)

True

b)

False

7.

What is the purpose of a rainwater outlet in a rainwater system?

a)

To collect rainwater from the roof

b)

To filter debris from rainwater

c)

To direct rainwater to the drainage system

d)

To store rainwater for later use

8.

In the diagram of the rainwater system, where does the rainwater outlet lead to?

a)

Surface water sewer in the road

b)

Inspection chamber

c)

Roof

d)

Garden

9.

What should you check to find out the flow capacity of a running outlet design?

a)

The material of the outlet

b)

The diameter of the outlet

c)

The color of the outlet

d)

The brand of the outlet

10.

How can you determine the number of outlets a roof line may require?

a)

By calculating the roof area and slope

b)

By considering the number of rooms in the house

c)

By checking local building codes

d)

By estimating the number of electrical appliances

11.

According to BS EN 12056, what should be the fall of gutters per metre length?

a)

1-3mm

b)

3-5mm

c)

5-7mm

12.

Fill in the blank: The gradient of the eaves gutter should not allow the rainwater to run off the roof and ______ the gutter.

a)

miss

b)

overflow

c)

clog

d)

damage

13.

What is the standard fall of the gutter as interpreted by most manufacturers?

a)

1:500

b)

1:600

c)

1:700

d)

1:800

14.

Fill in the blank: The fall of the gutter is interpreted as a 1mm drop every _______ length.

a)

600mm

b)

500mm

c)

700mm

d)

800mm

15.

What is the effect of changes in direction in a gutter system?

a)

Increases efficiency

b)

Decreases efficiency

c)

No effect

16.

What should be avoided in a gutter system according to the passage?

a)

Too many changes in direction without an outlet

b)

Installing an outlet far from a change in direction

c)

Reducing the fall ratio

17.

Fill in the blank: Straight runs give ______ flow rate.

a)

maximum

b)

minimum

c)

average

d)

variable

18.

What is the recommended distance between outlets in a gutter system?

a)

Every 5 meters

b)

Every 10 meters

c)

Every 15 meters

d)

Every 20 meters

19.

True or False: A gutter system with fewer outlets will have a higher risk of overflow during heavy rain.

a)

False

b)

True

20.

Fill in the blank: The efficiency of a gutter system is maximized when the outlets are placed at the _______ points of the gutter run.

a)

random

b)

middle

c)

lowest

d)

highest