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AR501A-FN-EXAM

Total questions: 45

Worksheet time: 25mins

Name
Class
Date
1.

Any carious upright constructions presenting a continuous surface and serving to enclose, divide, or protect an area.

a)

wall

b)

floor

c)

roof

d)

parapet

2.

A low, protective wall at the edge of a terrace, balcony, or roof, esp. that part of an exterior wall, firewall, or party wall that rises above the roof.

a)

wall

b)

parapet

c)

partition

d)

canton

3.

A finishing or protective cap or course to an exterior wall, usually sloped or curved to shed water.

a)

coping

b)

metal

c)

canton

d)

pilaster

4.

An interior wall dividing a room or part of a building into separate areas.

a)

wall

b)

overhead plane

c)

partition

d)

parapet

5.

Any of various rods or bolts embedded in masonry or concrete to hold, secure, or support a structural member.

a)

gable beam

b)

wooden bolt

c)

anchor bolt

d)

joining bolt

6.

The bottom horizontal member of a framed wall upon which a row of studs is erected. Also called shoe, sole, sole piece.

a)

footing

b)

base

c)

sole plate

d)

floor

7.

Any framing member that is shorter than usual, as a stud above a door opening or below a window sill.

a)

cripple

b)

base board

c)

mullion

d)

scrap

8.

A curtain wall system in which one-or – two- story- high mullions are installed before preassembled wall units are lowered in to place behind the mullions. The framed wall units may be pre-glazed or glazed after installation.

a)

panel system

b)

unit system

c)

spandrel system

d)

unit and mullion system

9.

A curtain wall system consisting of preformed metal, cut stone, precast concrete, or panelized brick will units, which may be pre-glazed or glazed after installation.

a)

unit system

b)

panel system

c)

stick system

d)

spandrel system

10.

A curtain wall system consisting of preassembled, framed wall units which may be pre-glazed or glazed after installation.

a)

unit system

b)

panel system

c)

stick system

d)

unit and mullion system

11.

A galvanized wire basket filled with stones and used in constructing an abutment or retaining structure.

a)

riprap

b)

gabion

c)

retaining wall

d)

earth tieback wall

12.

A masonry or concrete retaining wall that resist overturning and sliding by the sheer weight and volume of its mass.

a)

cantilever wall

b)

retaining wall

c)

gravity wall

d)

gabion

13.

A type of gravity retaining wall formed by stacking modular, interlocking precast concrete units and filling the voids with crushed stone or gravel. Also called cellular wall.

a)

gravity wall

b)

earth tieback wall

c)

cantilever wall

d)

bin wall

14.

A board or molding placed along the sloping sides of a gable to cover the ends of the siding.

a)

rake

b)

baseboard

c)

sheathing

d)

crown mould

15.

A roof having two slopes, each descending inward from the eaves.

a)

Butterfly roof

b)

Mansard

c)

Hip Roof

d)

Gable Roof

16.

A roof having on each side a steeper lower part and a shallower upper part.

a)

Butterfly roof

b)

Mansard

c)

Hip Roof

d)

Gable Roof

17.

The roof sloping downward in two parts from a central ridge.

a)

Butterfly roof

b)

Mansard

c)

Hip Roof

d)

Gable Roof

18.

A roof having sloping ends and sides meeting at an inclined projecting angle.

a)

Butterfly roof

b)

Mansard

c)

Hip Roof

d)

Gable Roof

19.

A horizontal line of intersection at the top between two sloping planes of a roof.

a)

RIDGE

b)

VALLEY

c)

HIP

d)

MONITOR

20.

An intersection of two inclined roof surfaces toward which rainwater flows.

a)

RIDGE

b)

VALLEY

c)

HIP

d)

MONITOR

21.

The inclined projecting angle forms by the junction of two adjacent sloping sides of a roof.

a)

RIDGE

b)

VALLEY

c)

HIP

d)

MONITOR

22.

A raised construction straddling the ridge of a roof, having windows or louvers for lighting or ventilating a building.

a)

RIDGE

b)

VALLEY

c)

HIP

d)

MONITOR

23.

Any broad, flat, horizontal surface, as the outer edge of a cornice or roof.

a)

roofing

b)

shingle

c)

fascia

d)

sheathing

24.

A thin, usually oblong piece of wood, asphaltic material, slate, metal, or concrete, laid in overlapping rows to cover the roof and walls of buildings.

a)

roofing

b)

shingle

c)

fascia

d)

sheathing

25.

Boards or structural panels as plywood fastened to the frame of a wall or roof as a base for cladding or roofing.

a)

roofing

b)

shingle

c)

fascia

d)

sheathing

26.

Concrete Mixture Proportion:

1:1:2

a)

AAA

b)

AA

c)

A

d)

C

27.

Concrete Mixture Proportion:

1:2.5:5

a)

B

b)

AA

c)

A

d)

C

28.

Concrete Mixture Proportion:

1:3.5:7

a)

B

b)

AA

c)

D

d)

C

29.

Concrete Mixture Proportion:

1:1.5:3

a)

B

b)

AA

c)

D

d)

C

30.

Concrete Mixture Proportion:

1:3:6

a)

B

b)

AA

c)

D

d)

C

31.

A Portland cement having a reduced content of tricalcium aluminate, making it more resistant to sulfates and causing it to generate less heat of hydration: used in general construction such as large piers and heavy retaining walls.

a)

TYPE I : NORMAL

b)

TYPE II: MODERATE

c)

TYPE III: HIGH EARLY STRENGTH

d)

TYPE IV: LOW HEAT

32.

A Portland cement having a reduced content of tricalcium silicate, causing it to cure faster and gain strength earlier than normal Portland cement: used when the early removal of formwork is desired, or in cold-weather construction to reduce time required for protection from low temperatures.

a)

TYPE V : SULFATE RESISTING

b)

TYPE II: MODERATE

c)

TYPE III: HIGH EARLY STRENGTH

d)

TYPE IV: LOW HEAT

33.

A Portland cement having a reduced content of tricalcium aluminate, lessening the need for gypsum, a sulfate normally added to cement to retard its setting time: used where resistance to severe sulfate action is required.

a)

TYPE V : SULFATE RESISTING

b)

TYPE II: MODERATE

c)

TYPE III: HIGH EARLY STRENGTH

d)

TYPE IV: LOW HEAT

34.

A Portland cement having a reduced content of tricalcium silicate and an increased content of dicalcium silicate, causing it: to generate less heat of hydration than normal Portland cement: used in construction of massive concrete structures, such as gravity dams, where a large build up in heat can be damaging. .

a)

TYPE V : SULFATE RESISTING

b)

TYPE II: MODERATE

c)

TYPE III: HIGH EARLY STRENGTH

d)

TYPE IV: LOW HEAT

35.

A Portland cement used for general construction, having none of the distinguishing qualities of the other types.

a)

TYPE V : SULFATE RESISTING

b)

TYPE II: MODERATE

c)

TYPE I: NORMAL

d)

TYPE IV: LOW HEAT

36.

First of the 16 DIVISIONS

(a)  

37.

DIVISION 16

(a)  

38.

DIVISION 12

(a)  

39.

DIVISION 8

(a)  

40.

DIVISION 5

(a)  

41.

CLASSIFICATION OF FIRE:

Ordinary Combustible;

paper, wood, cloth, trash, rubber & plastics

a)

CLASS A

b)

CLASS B

c)

CLASS C

d)

CLASS D

42.

CLASSIFICATION OF FIRE:

Flammable Liquids;

oil, grease, gasoline, paint, solvents & tar

a)

CLASS A

b)

CLASS B

c)

CLASS C

d)

CLASS D

43.

CLASSIFICATION OF FIRE:

Combustible Metals;

Magnesium, Titanium, Zirconium, Sodium, Lithium & Potassium

a)

CLASS A

b)

CLASS B

c)

CLASS C

d)

CLASS D

44.

CLASSIFICATION OF FIRE:

Combustible Cooking;

Kitchen fires involving large amounts of heated grease.

a)

CLASS A

b)

CLASS K / F

c)

CLASS C

d)

CLASS B

45.

CLASSIFICATION OF FIRE:

Electrical Equipment;

wiring, fuse boxes, circuit breakers, machinery & electrical appliances.

a)

CLASS A

b)

CLASS K / F

c)

CLASS C

d)

CLASS B