WorksheetsUnit 204: English Bond walling with attached Piers (4)
Total questions: 40
Worksheet time: 20mins
What is English bond?
A bond with only stretcher courses
A bond with alternating header and stretcher courses
A decorative brick pattern
A bond using only headers
How are the courses arranged in English bond?
Two stretcher courses followed by one header course
One header course followed by one stretcher course
All headers on one face only
Stretchers and headers mixed in the same course
Which course usually starts an English bond wall?
Stretcher course
Header course
Soldier course
Decorative course
What is a header brick?
A brick laid lengthways
A brick laid diagonally
A brick laid with its end showing on the face
A half brick
What is a stretcher brick?
A brick laid with its end showing
A brick laid across the wall
A brick laid flat
A brick laid lengthways with its long face showing
Why are header courses important in English bond?
They improve appearance only
They reduce mortar use
They tie the wall together across its thickness
They make the wall lighter
What is the minimum lap required in English bond?
¼ brick
½ brick
¾ brick
Full brick
What is a queen closer?
A full brick
A brick cut in half lengthways
A brick cut diagonally
A brick cut in half widthways
Where is a queen closer normally placed?
In the middle of the wall
At the end of a stretcher course next to a quoin
In the centre of a header course
Under the damp-proof course
Why are closers used in English bond?
To save bricks
To improve insulation
To maintain correct bonding at corners
To make walls thinner
What is the standard UK brick size?
200 × 100 × 50 mm
215 × 102.5 × 65 mm
220 × 110 × 75 mm
190 × 90 × 65 mm
What is the thickness of a one-brick-thick English bond wall?
102.5 mm
150 mm
215 mm
300 mm
How many courses make up the repeating pattern of English bond?
One
Two
Three
Four
How does English bond differ from Flemish bond?
Flemish bond uses only headers
English bond mixes headers and stretchers in one course
Flemish bond alternates courses
Flemish bond alternates headers and stretchers in the same course
Why should vertical joints not line up?
It wastes bricks
It weakens the wall
It affects colour
It increases mortar cost
What are vertical joints called?
Bed joints
Face joints
Perpend joints
Cross joints
Which tool is used to check a wall is level?
Plumb rule
Spirit level
Line pins
Brick hammer
Which tool is used to check a wall is vertical?
Spirit level
Tape measure
Club hammer
Brick trowel
What is the purpose of a bricklayer’s line?
To measure brick size
To cut bricks
To keep courses straight
To mix mortar
What type of wall is English bond commonly used for?
Decorative walls only
Load-bearing walls
Garden features
Paving work
Which of the following is NOT a feature of English bond?
Alternating courses of headers and stretchers
All headers in one course, all stretchers in the next
Headers and stretchers mixed in the same course
Use of queen closers at corners
What is the main structural advantage of using English bond in brickwork?
It allows for thinner walls
It reduces the number of bricks needed
It provides maximum wall strength
It creates decorative patterns
In English bond, what is the typical arrangement at the corner of a wall?
Stretcher bricks only
Randomly placed bricks
Headers only
Alternating headers and stretchers with queen closers
Which of the following bonds provides the greatest resistance to lateral forces in brickwork?
English bond
Flemish bond
Header bond
Stack bond
What is the main function of a quoin in English bond brickwork?
To reduce mortar usage
To decorate the wall
To strengthen the corners
To create openings
In English bond, what is the effect of omitting queen closers at the corners?
The wall becomes stronger
The bond pattern remains unchanged
Vertical joints may align, weakening the wall
The wall becomes more decorative
Which of the following bonds provides the greatest resistance to lateral forces in brickwork?
English bond
Flemish bond
Stack bond
Header bond
In English bond, what is the main purpose of alternating courses of headers and stretchers?
To reduce the number of bricks used
To make the wall thinner
To ensure structural stability
To create a decorative pattern
Which brick bond is most commonly used for constructing thick load-bearing walls?
Stack bond
English bond
Running bond
Flemish bond
Which brick bond is best suited for constructing walls with maximum stability?
Flemish bond
Stack bond
Running bond
English bond
What is the main reason for using queen closers at the junctions of walls in English bond?
To improve wall appearance
To prevent vertical joint alignment
To reduce mortar usage
To make the wall lighter
In English bond, what is the function of alternating header and stretcher courses?
To make the wall thinner
To ensure proper interlocking of bricks
To reduce the number of bricks used
To create a decorative pattern
What is the main function of a plumb rule in bricklaying?
To check vertical alignment
To measure brick thickness
To cut bricks
To mix mortar
Which tool is commonly used to ensure courses of bricks are laid straight horizontally?
Bricklayer’s line
Plumb rule
Brick hammer
Spirit level
In English bond, what is the consequence of improper placement of queen closers?
Improved wall appearance
Increased wall thickness
Reduced mortar usage
Misalignment of vertical joints
What is the main advantage of using English bond in brickwork?
It is easier to lay than other bonds
It uses fewer bricks
It provides maximum strength and stability
It creates a decorative pattern
Which brick bond consists of alternating courses of headers and stretchers?
Running bond
English bond
Flemish bond
Stack bond
In English bond, what is placed at the corner to prevent vertical joint alignment?
Stretcher brick
Header brick
Queen closer
Soldier brick
What is the primary purpose of using a spirit level in bricklaying?
To check horizontal alignment
To cut bricks
To measure wall thickness
To mix mortar
In English bond, what is the result of improper placement of queen closers at corners?
Enhanced decorative appearance
Vertical joints may align, weakening the wall
Improved wall strength
Reduced mortar usage
