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WorksheetsStructural
Total questions: 50
Worksheet time: 37mins
Name
Class
Date
1.
A Structural Member whose function is to Transfer the Loads from a Building Safely into the Ground
a)
Column
b)
Footing
c)
Beam
d)
Girder
2.
It is the Depth below ground Water level multiplied by the Weight of Water
a)
Soil Bearing Pressure
b)
Hydrostatic Pressure
c)
Settlement Pressure
d)
Compression
3.
If the Project is located on a Steep Ground what type of Foundation would you recommend?
a)
Cantilever
b)
Isolated
c)
Mat
d)
Floating
4.
If a Project is to be constructed on a Converted Farm Land, what Foundation is recommended?
a)
Isolated
b)
Floating
c)
Mat
d)
Grid
5.
If a Project is to be erected on Stable Ground, what Foundation is recommended?
a)
Mat
b)
Floating
c)
Cantilever
d)
Isolated
6.
Where will you see the details for the Foundation Anchor Bolts?
a)
Foundation Plan
b)
Base Plate Plan
c)
Framing Plan
d)
Roof Plan
7.
Which is not part of the Structural Plans?
a)
Foundation Plan
b)
Roof Framing Plan
c)
Schedule of Beams and Columns
d)
Schedule of Door and Windows
8.
What happens to the Footing when it is starting to deform?
a)
Bend Upward
b)
Cracks at the bottom
c)
Crack at the Top
d)
Bend Downward
9.
For a Residential Project at Rizal with relatively Sloping Ground, what is the most appropriate Structural Support?
a)
Cantilever Footing on Foundation Wall
b)
Isolated Footing on Foundation Wall
c)
Firewall
d)
Zocalo Wall
10.
A36 Steel is the most common type of Steel Alloy. What does the number 36 mean
a)
Ultimate Limit
b)
Allowing Bending Stress
c)
Yeild Strength
d)
Modulus of Elasticity
11.
What is ASTM?
a)
Academic Society for Testing and Materials
b)
American Society for Testing and Materials
c)
American Standard Test Academic
d)
Standard and Test Method
12.
The ASTM Standard Specification for Carbon Structural Steel is
a)
ASTM A6
b)
ASTM A36
c)
ASTM A148
d)
ASTM A325
13.
The ASTM Standard Specification for General Requirements for Rolled Structural Steel Bars, Plates, Shape and Sheet Piling
a)
ASTM A6
b)
ASTM A36
c)
ASTM A148
d)
ASTM A325
14.
It is a beam, usually made of structural steel, with two horizontal flanges connected by a vertical web at the middle of the flanges
a)
Z-shape
b)
I-Beam
c)
Double C-Beam
d)
HSS
15.
In connecting Steel Beams to Columns, which is more Structurally Stable?
a)
Rivet
b)
Screw
c)
Weld
d)
Bolt
16.
Which part carries most of the Weight of a Structure?
a)
Flange of I-Beam
b)
Web of I-Beam
c)
Beam
d)
Column
17.
In an I-Beam, the flanges resist most of the
a)
Shear Forces
b)
Bending Moment
c)
Torsion
d)
Bending, Shear & Torsion
18.
Disadvantage of an I-Beam
a)
Inefficient in carrying Shear Loads
b)
Inefficient against Bending
c)
Inefficient against Torsion
d)
Very Expensive
19.
A horizontal structural member that carries or supports other, usually smaller, horizontal structural elements
a)
Slab
b)
Beam
c)
Girder
d)
Diaphragm
20.
In Reinforced Concrete Beams, which portion is under Tension
a)
Top
b)
Middle
c)
Bottom
d)
Side
21.
At what part of a reinforced concrete beam would you allow a pipe/service hole to pass through for utility purposes?
a)
At Midspan of Beam
b)
At L/4 of the beam span
c)
At L/3 of beam span
d)
At Support
22.
In Reinforced Concrete Beam, which portion is under Compression
a)
Top
b)
Middle
c)
Bottom
d)
Side
23.
Furniture is a sample of?
a)
Wind Load
b)
Live Load
c)
Dead Load
d)
Ponding Load
24.
This type of load can be Computed accurately
a)
Wind Load
b)
Live Load
c)
Dead Load
d)
Snow Load
25.
For Stair the load rests on the
a)
Stringer
b)
Riser
c)
Baluster
d)
Tread
26.
It is the product of the Nominal Load and a Load Factor
a)
Factored Load
b)
Applied Load
c)
Impact Load
d)
Load and Resistance Factor
27.
A pair of forces, equal in magnitude but opposite in direction and displaced by perpendicular distance or moment
a)
Equilibrium
b)
Couple
c)
Impure Moment
d)
Torque
28.
It is the distance measured from extreme compression fiber to the centroid of tension reinforcement
a)
Depth of Section
b)
Nominal Depth of Section
c)
Effective Embedment Depth
d)
Effective Depth of Section
29.
As the Depth of a Beam Increase, its ability to resist Bending
a)
Decreases
b)
Increases
c)
No Effect
d)
Stress
30.
For Building with Heavy Exterior Cladding and Hollow Ground Floor, during an Earthquake, the weak floor buckles. This is because the forces are not ________to the other floor
a)
Tranferred
b)
Uniformly Distributed
c)
Concentrated
d)
Removed
31.
What support the Shear Wall?
a)
Footing
b)
Column
c)
Beam
d)
Slab
32.
A structural system used to transfer/transmit Lateral Forces like wind and earthquake load to the vertical-resisting elements
a)
Shear Wall
b)
Diaphragm
c)
Ordinary Braced Frame
d)
Seismis Wall
33.
A structural system used to counter the effect of Lateral Forces like wind and earthquake load. It is also referred to as a Structural Wall.
a)
Shear Wall
b)
Diaphragm
c)
Ordinary Braced Frame
d)
Seismis Wall
34.
Is a frame in which members and joints are capable of resisting forces primarily by flexure
a)
Ordinary Braced Frame (OBF)
b)
Shear Wall Frame
c)
Eccentrically Braced Frame (EBF)
d)
Moment Resisting Frame
35.
Driven Piles of uniform section shall have a minimum nominal outside diameter of?
a)
150mm
b)
200mm
c)
250mm
d)
300mm
36.
What equipment is used for Pile Driving?
a)
Rotry Drill
b)
Pile Hammer
c)
Auger
d)
Drill
37.
What is poured after drilling a hole for bored Piles?
a)
Steel
b)
Concrete
c)
Wood
d)
Epoxy Polymer
38.
Where can we stop pouring ready mixed concrete on slab if the pouring cannot be done in one setting?
a)
At the center
b)
At the middle third of the slab
c)
At the shearing point
d)
At the corner
39.
Where can we stop pouring ready mixed concrete oin the column if the puring cannot be done in one setting?
a)
At the center
b)
At the middle third of the column
c)
At the shearing point
d)
At the corner
40.
On Concrete Pouring of Beams and Slabs, which should be poured first with one-day interval?
a)
Beam First
b)
Slab First
c)
Doesn't Matter w/c is poured first
d)
Must be poured at the same time
41.
Most likely failure for a footing
a)
Silt and Sand beneath
b)
Low Water Table
c)
Perennial Flooding
d)
Unstable Soil
42.
It is a column that is seated on top of a non axial bearing member like a slab or beam used to carry loads above. It is usually used to address architectural/interior
a)
Short Column
b)
Long Column
c)
Planted Column
d)
Round Column
43.
What do you call the underlying structure forming the foundation of a building or other structures?
a)
Base
b)
Substructure
c)
Superstructure
d)
Structure
44.
Where will you find the Main Bars for Cantilever Beams?
a)
Top
b)
Bottom
c)
Middle
d)
Side
45.
An instrument used to measure velocity & acceleration of an earthquake
a)
Seismograph
b)
Accelerograph
c)
Geiger Counter
d)
Thermometer
46.
When do you get samples for a Slump Test?
a)
At the Start of mixer discharge
b)
At the middle of mixer discharge
c)
At the end of miixer discharge
d)
At any time of mixer discharge
47.
The purpose of a Concrete Slump test is to measure?
a)
Strength of Concrete
b)
Workability/Cocsistency
c)
Content of Sand
d)
Water Cement Ratio
48.
Test used to determine the strength of concrete?
a)
Slump Test
b)
Compression Test
c)
Core Test
d)
Core Drill Test
49.
It is the most important component in determining the strength of concrete
a)
Cement
b)
Water
c)
Sand
d)
Gravel
50.
A structural system without a complete vertical-load carrying space frame
a)
Braced Frame
b)
Bearing Wall System
c)
Building Frame System
d)
Horizontal Bracing System
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