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27105 # 3 Apply Floor Systems

Total questions: 35

Worksheet time: 18mins

Name
Class
Date
1.

What is the role of a sill plate in floor framing?

a)

To support the floor joists

b)

To anchor the roof to the walls

c)

To provide insulation between floors

d)

To connect electrical systems in the floor

2.

What is the primary function of floor systems in a structure?

a)

To provide aesthetic value to the building

b)

To provide a base for the remainder of the structure

c)

To insulate the building

d)

To support the roofing system

3.

How do floor systems transfer weight within a building?

a)

From the roof to the foundation

b)

From the subfloor to the roof

c)

From the subfloor, through the floor framing, to the foundation wall, and finally to the earth

d)

From the exterior walls directly to the earth

4.

Which type of structures do not have wood- or metal-framed floor systems?

a)

Multilevel structures

b)

Structures built on stilts

c)

Single-story structures built on slabs

d)

Structures with basements

5.

What types of spaces might a floor system be constructed over?

a)

Only over open landscapes

b)

Basements or crawl spaces

c)

Only above ground level

d)

Only in high-rise buildings

6.

Can multilevel structures have different types of floor systems?

a)

No, they can only have slab systems

b)

Yes, they can have both a slab and a floor system

c)

No, they can only have wood-framed systems

d)

Yes, they can only have metal-framed systems

7.

What is the primary function of sill plates in a structure's frame?

a)

To cover the top of the structure

b)

To support the roof

c)

To rest horizontally on the foundation and support the floor joists

d)

To provide decoration to the exterior walls

8.

How are sill plates attached to the foundation wall?

a)

Using nails and wood glue

b)

Using screws and metal clips

c)

Using anchor bolts or straps embedded in the foundation

d)

Using adhesive tape

9.

What additional component is required in some localities to be used with sill plates?

a)

Paint sealant

b)

Termite shield

c)

Rust inhibitor

d)

Moisture barrier

10.

What is the primary function of girders in building construction?

a)

To provide aesthetic appeal to the building

b)

To support the roof only

c)

To carry a very large portion of the weight of a building

d)

To insulate the building

11.

Where must girders be properly supported in a building structure?

a)

Only at the top floors

b)

At the foundation walls and on the supporting posts or columns

c)

At the exterior walls only

d)

On the roof

12.

What must be provided by girders when two or more joists are used to cover the distance between two outside walls?

a)

Support for the roof

b)

Support for the inner joist ends

c)

Aesthetic elements

d)

Insulation between floors

13.

How should girders be designed to function effectively?

a)

Flexible and lightweight

b)

Rigid and well designed

c)

Only long enough to reach supporting posts

d)

With decorative features

14.

What are girders commonly made from in construction projects?

a)

Plastic and metal sheets

b)

Solid timbers, built-up lumber, engineered products, or steel beams

c)

Glass and ceramic materials

d)

Rubber and synthetic fibers

15.

What are the typical sizes available for solid lumber girders?

a)

2 by 4, 4 by 4, 6 by 4

b)

4 by 6, 4 by 8, 6 by 6

c)

5 by 5, 5 by 7, 5 by 8

d)

3 by 6, 3 by 8, 3 by 10

16.

What are built-up girders typically constructed from?

a)

2-inch stock by 4s

b)

2-inch stock by 8s and 10s

c)

3-inch stock by 8s

d)

1-inch stock by 10s

17.

Compared to solid wood girders, built-up girders are less likely to have what issue?

a)

Decay

b)

Expansion

c)

Color variation

d)

Increased weight

18.

Why do built-up girders not warp as easily as solid wood girders?

a)

Because they are treated with chemicals

b)

Because they are made from synthetic materials

c)

Because they are nailed together to act as one unit

d)

Because they are painted

19.

Is a built-up girder capable of carrying the same load as an equivalent-size solid wood girder?

a)

Yes, always

b)

No

c)

Only in dry conditions

d)

Only if specially treated

20.

What are engineered wood girders primarily used for in construction?

a)

Flooring

b)

Roofing

c)

Framing members

d)

Exterior wall cladding

21.

Which of the following is NOT a type of engineered wood mentioned in the text?

a)

Laminated veneer lumber (LVL)

b)

Glued laminated lumber (glulam)

c)

Wood I-joists

d)

Cross-laminated timber

22.

Compared to same-size solid lumber, engineered wood girders are:

a)

Weaker

b)

The same strength

c)

Stronger

d)

More flexible

23.

What is a characteristic feature of engineered wood girders?

a)

They have many knots

b)

They are very straight

c)

They are prone to warping

d)

They are typically curved

24.

What are LVL girders made from?

a)

Solid, kiln-dried lumber

b)

Laminated wood veneers

c)

Metal alloys

d)

Concrete

25.

How are the veneers arranged in LVL girders to increase strength?

a)

In a random pattern

b)

In a uniform direction

c)

In a staggered pattern

d)

Perpendicular to each other

26.

What are Glulam girders made from?

a)

Laminated wood veneers

b)

Solid, kiln-dried lumber

c)

Concrete

d)

Metal

27.

Which of the following is NOT an appearance grade for Glulam girders?

a)

Industrial

b)

Architectural

c)

Premium

d)

Standard

28.

What materials are used to construct Wood I-joists?

a)

Solid wood and plywood

b)

Laminated veneers and concrete

c)

Two-dimensional lumber flanges and oriented strand board web

d)

Metal beams and wood

29.

What are the two types of Steel I-beams mentioned?

a)

Narrow-flange and wide-flange

b)

Standard flange (S-beam) and wide flange (W-beam)

c)

High-flange and low-flange

d)

Single-flange and double-flange

30.

Why are Steel I-beams often used when there are few or no piers or interior supports?

a)

Because they are decorative

b)

Because they are easy to install

c)

Because they can support greater loads without support

d)

Because they are the cheapest option available

31.

Compared to wood, what is a disadvantage of using Steel I-beams?

a)

They are less durable

b)

They are more expensive and harder to work with

c)

They are less available

d)

They are not as strong

32.

What must girders and beams be supported by at the foundation walls according to the text?

a)

Piers

b)

Concrete slabs

c)

Steel frames

d)

Wooden beams

33.

According to local building codes, what determines the spacing required between posts or columns for girders?

a)

The material of the posts

b)

The stress factor of the girder

c)

The weight of the beams

d)

The height of the building

34.

Why must the girder be spaced farther apart to support the joists over the span between them?

a)

To reduce material cost

b)

To increase stability

c)

To carry the joists over the span

d)

To enhance aesthetic appeal

35.

Which component is used to adjust the height of a girder?

a)

CMU Pier

b)

Jackscrew

c)

Wood Post on Common Pier Block

d)

Metal Rod