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Building tech quiz

Total questions: 106

Worksheet time: 3hrs 6mins

Name
Class
Date
1.
a)

Double glazing

b)

Insulating glazing

c)

Double window

d)

Simple glazing

2.
a)

Space frame

b)

Baloon frame

c)

Western frame

d)

Bubble frame

3.
a)

Godesic dome

b)

Rigid dome

c)

Dome

d)

Shelter dome

4.
a)

Membrane tent structure

b)

Structural member frame structure

c)

Space frame shelter

d)

Arch membrane structure

5.
a)

Continuous footing

b)

Combined footing

c)

Isolated footing

d)

Wall footing

6.
a)

Sample building using deep foundation systems (London city hall, Built 2000 - 2002)

b)

Sample building using deep foundation systems (London bridge tower, Built 2005 - 2009)

c)

Sample building using deep foundation systems (Freedom tower, Built 2004 - 2008)

d)

Sample building using deep foundation systems (Local tower, Built 2003 - 2009)

7.
a)

Combined footing

b)

Isolated footing

c)

Continuous footing

d)

Wall footing

8.
a)

Pre-cast foundation

b)

Pile foundations

c)

Concrete foundations

d)

Grade footing

9.
a)

Pier foundations

b)

Pile foundations

c)

Concrete piles

d)

Secant piles

10.
a)

Steel spiral

b)

Structural spiral

c)

Bearing spiral

d)

Concrete spiral

11.
a)

Secant piles

b)

Vibro piles

c)

Pile drive

d)

Pre-cast piles

12.

Division 8

a)

Woods plastics & composites

b)

Doors & Windows including arch'l. hardwares, glass & glazing

c)

Equipment

d)

Specialties

13.

Division11

a)

Electrical

b)

Equipment

c)

Mechanical

d)

Specialties

14.

Division 9

a)

Finishes including interior finishes, paints

b)

Doors & windows

c)

Thermal & moisture protection

d)

Woods & plastics composites

15.

The level, quality & source of sounds effect:

a)

The distribution & orientation of the building mass

b)

The contribution & circulation of the structures

c)

The mass effect to building

d)

The acceleration to structures

16.

Comfort range

a)

20% to 60%

b)

30% to 40%

c)

50% to 60%

d)

70% to 80%

17.

65dB

a)

Long periods of exposure cause both mental & bodily fatigue

b)

Short period of exposure may not cause mental illness

c)

Long periods may be affected

d)

Short period may not be cause health effect

18.

Noise level: for intellectual work

a)

50-70dBA

b)

70-80dBA

c)

60-70dBA

d)

40-50dBA

19.

Three insulation mechanisms

a)

Reflective, Resistive, Capacitive

b)

Radiation, Heat, Compressive

c)

Relfexion, Effective, Capacity

d)

Captivity, Resistive, Negatively

20.

Thermal insulation

a)

Restrict heat transfer

b)

Retroactive radiation

c)

Capacity absorb

d)

Body rejection

21.

Protection against Humidity?

a)

Airtight foil

b)

Air filter

c)

Air purifier

d)

Glass filter

22.

Other structural systems

a)

Barrel shell

b)

Dome shell

c)

Pyramid shell

d)

Active shell

23.

Reinforcement bars

a)

Kubyeros

b)

Cabilla

c)

Bangka

d)

Medida

24.

Adobe anchor

a)

Liyabe

b)

Tubo

c)

Ladrillo

d)

Lastillas

25.

Wainscoating tiles

a)

Alero

b)

Asolehos

c)

Baldosa

d)

Piketa

26.

Spacing or Gap

a)

Biyento

b)

Paupo

c)

Liyabe

d)

Andamyo

27.

Pick work on masonry

a)

Piketa

b)

Ladrillo

c)

Lastillas

d)

Pastillas

28.

Drawbore pin

a)

Punsol

b)

Cabilla

c)

Bakal

d)

Tirante

29.

Flooring

a)

Suwelo

b)

Baldosa

c)

Tabla

d)

Balangkas

30.

Rivets

a)

Roskas

b)

Rimatse

c)

Pitsa

d)

Tuerka

31.

Thread

a)

Roskas

b)

Tuerka

c)

Turnilyo

d)

Rimatse

32.

Washer

a)

Pitsa

b)

Pizza

c)

Pasante

d)

Tahilan

33.

Window sill

a)

Pasamano

b)

Sombrero

c)

Ladrilyo

d)

Plantilya

34.

Window head

a)

Tabike

b)

Balangkas

c)

Pasamano

d)

Sombrero

35.

Rabbeted door

a)

Vaciada

b)

Plantsa

c)

Kurbada

d)

Roestra

36.

Wrought iron strap

a)

Plantsuela

b)

Plantsa

c)

Yero

d)

Cabilya

37.

Door fillet / Astragal

a)

Batidora

b)

Moyenka

c)

Barrel de Kadena

d)

Espolon

38.

Panelled door

a)

De bandeha

b)

De cabilya

c)

Pie de gallo

d)

Media cana

39.

Wood grain

a)

Haspe

b)

Gorospe

c)

Batidora

d)

Piketa

40.

Varnish finish

a)

Biyento

b)

Moyenka

c)

Asbestos

d)

Asolehos

41.

Cabinet hinge

a)

Espeho

b)

Barrel de kadena

c)

Trankilla

d)

Espolon

42.

Flush

a)

Alahado

b)

Alahera

c)

Kustilyahe

d)

Kisame

43.

Transom

a)

Espeho

b)

Espolon

c)

Kustilyahe

d)

Moyenka

44.

Open stringer

a)

Hardinera

b)

Takip silipan

c)

Gabay

d)

Madre de eskalera

45.

Closed stringer

a)

Madre de eskalera

b)

Maestro de obra

c)

Madre de eskwalado

d)

Eskwala

46.

Tread

a)

Baytang

b)

Takip silipan

c)

Tukod

d)

Gabay

47.

Riser

a)

Takip silipan

b)

Tabike

c)

Baytang

d)

Hardinera

48.

Handrail

a)

Tabla

b)

Hawakan

c)

Tukod

d)

Gabay

49.

Baluster / Banister

a)

Barandilla

b)

Mesa

c)

Gabay

d)

Takip silipan

50.

Landing

a)

Mesa / Pahingan

b)

Tukod

c)

Gabay

d)

Canto mesa

51.

Newel post

a)

Tukod

b)

Barandilla

c)

Baytang

d)

Hardinera

52.

Bath tub

a)

Baniera

b)

Lababo

c)

Balde

d)

Tabo

53.

Oakum / Piglead

a)

Lingueta

b)

Poso negro

c)

Baniera

d)

Estopa

54.

Plumbing

a)

Tuberia

b)

Dutsha

c)

Plantsa

d)

Cadena

55.

Shower

a)

Dutsha

b)

Baniera

c)

Tuberia

d)

Masilya

56.

Sink

a)

Prigadero

b)

Alahado

c)

Punsol

d)

Baniera

57.

Plain G.I. strap

a)

Lingueta

b)

Prigadero

c)

Laguardya

d)

Barandilla

58.

Split knob

a)

Poleya

b)

Katleya

c)

Cabilla

d)

Piketa

59.

Temper (metal work)

a)

Suban / Subuhan

b)

Estanyo

c)

Lateria

d)

Hinang

60.

Solder

a)

Hinang

b)

Estanyo

c)

Lateria

d)

Pundido

61.

Soldering lead / Nicolite bar

a)

Estanyo

b)

Pundido

c)

Lateria

d)

Hinang

62.

Cast iron

a)

Pundido

b)

Lateria

c)

Tubero

d)

Tubo

63.

Tinsmithing

a)

Lateria

b)

Latero

c)

Caballero

d)

Kanteria

64.

Horse power

a)

A unit of power equal to 550 foot pounds per second or 745.7 watts

b)

A unit of radiation

c)

A unit of power interruption

d)

A unit of wattage calculation

65.

1 mil

a)

0.001 inch

b)

0.002 inch

c)

0.005 inch

d)

0.008 inch

66.

3 feet

a)

1 yard

b)

1.5 yard

c)

1.25 yard

d)

1.1 yard

67.

1 yard

a)

0.9144 meter

b)

0.8144 meter

c)

0.7144 meter

d)

0.2144 meter

68.

1 mile

a)

1.6094 kilo meters

b)

1.7094 kilo meters

c)

1.8094 kilo meters

d)

1.9094 kilo meters

69.

1 milimeter

a)

0.03937 inch

b)

0.04937 inch

c)

0.05937 inch

d)

0.09937 inch

70.

1 centimeter

a)

0.3937 inch

b)

0.4937 inch

c)

0.5937 inch

d)

0.6937 inch

71.

1 meter

a)

39.37 inches

b)

49.37 inches

c)

59.37 inches

d)

69.37 inches

72.

1 meter

a)

3.2808 feet

b)

2.2808 feet

c)

3.3808 feet

d)

3.4808 feet

73.

1 acre

a)

0.4047 hectare

b)

0.5047 hectare

c)

0.6047 hectare

d)

0.3047 hectare

74.

1 square meter

a)

1,549.9 square inches

b)

1,649.9 square inches

c)

1,749.9 square inches

d)

1,849.9 square inches

75.

1 cubic foot

a)

0.0283 cubic meter

b)

0.0583 cubic meter

c)

0.0683 cubic meter

d)

0.0783 cubic meter

76.

Identify 1.

a)

Foundation / Subgrade (site)

b)

Furnishings

c)

Exterior envelope

d)

Interior partitions

77.

Identify 2.

a)

Super structure

b)

Foundation / Subgrade

c)

Exterior envelope

d)

Mechanical systems

78.

Identify 3.

a)

Exterior envelope

b)

Superstructure

c)

Furnishings

d)

Interior partitions

79.

Identify 4.

a)

Interior partitions

b)

Exterior envelope

c)

Furnishings

d)

Foundation / Subgrade

80.

Identify 5.

a)

Mechanical systems

b)

Interior partitions

c)

Exterior envelope

d)

Superstructure

81.

Identify 6.

a)

Furnishings

b)

Exterior envelope

c)

Mechanical systems

d)

Foundation / Subgrade

82.

Exterior envelope

a)

Provide delineation of interior space for programmatic activities

b)

Transfer vertical dead and live load

c)

Act as subgrade exterior envelope

d)

Transfer lateral loading

83.

Interior partitions

a)

Delineate interior spatial conditions

b)

Control mass flux

c)

Control acoustic flux

d)

Transfer loads

84.

Mechanical systems

a)

Air distribution systems, Water distribution systems

b)

Provide conduit for services

c)

Provide rated fire barriers

d)

Control light energy

85.

Furnishings

a)

Accommodate occupation of space

b)

Artificial lighting

c)

Data distribution systems

d)

Define the character of the interior space

86.

Historical development of superstructure frame - 1500

a)

Introduction of blast fumace industrializes the melting & casting of iron

b)

Reinforcement beams patented

c)

Iron clamps used in masonry construction of medieval period

d)

Estruscan houses of timber

87.

Historical development of superstructure frame - 1700s

a)

First stem powered saw mills enables mass production of standardize lumber

b)

Welding adopted for high rise construction

c)

Bricks commercially made in new world

d)

Reinforced concrete beams patented

88.

Historical development of superstructure frame - 1824

a)

First artificial cement patented in england (portland cement)

b)

Second artificial cement patented in england (portland cement)

c)

Third artificial cement patented in england (portland cement)

d)

Fifth artificial cement patented in england (portland cement)

89.

Historical development of superstructure frame - 1856

a)

Modern steel production (bessemer process) invented

b)

MIld steel production (bessemer process) not invented

c)

MIld steel production process

d)

steel production (bessemer process) not invented

90.

Historical development of superstructure frame - 1868

a)

Prefabricated concrete blocks first made

b)

Steel fabrication first made

c)

Prefabricated concrete blocks second made

d)

Prefabricated concrete blocks third made

91.

Historical development of superstructure frame - 1881

a)

Produce exchange building in new york is first building in US to carry full loads on an iron frame

b)

Exchange building in new york is second building in US to carry full loads on an iron frame

c)

Third building in US to carry full loads on an iron frame

d)

Building in new york is fourth building in US to carry full loads on an iron frame

92.

Historical development of superstructure frame - ca. 100 A.D.

a)

Slabs of cork used for thermal insulation

b)

Concrete of cork used for thermal insulation

c)

Walls of cork used for thermal insulation

d)

Beams of cork used for thermal insulation

93.

Historical development of superstructure frame - ca. 700 A.D.

a)

Small panes of cast glass widely used

b)

Huge panes of cast glass partly used

c)

Minimal panes of cast glass generally used

d)

Small panes of stone glass widely used

94.

Historical development of superstructure frame - 1400s

a)

Glass now in general use

b)

Fiber glass now in general use

c)

Cladding now in general use

d)

Stone glass now in general use

95.

Historical development of superstructure frame - 1750

a)

Industrial revolution marks greater use of brick

b)

General revolution marks greater use of stone

c)

Industrial revolution marks greater use of concrete

d)

Industrial revolution marks greater use of structures

96.

Historical development of superstructure frame - 1773

a)

Cast plate glass made in USA

b)

Cast plate glass made in England

c)

Cast plate glass made in Paris

d)

Cast plate glass made in Paradis

97.

Historical development of superstructure frame - 1840

a)

Mineral wool first produced in Wales-full century before it becomes popular as a building insulation.

b)

Fiber wool second produced in Wales-full century before it becomes popular as a building insulation.

c)

Mineral wool third produced in Wales-full century before it becomes popular as a building insulation.

d)

Mineral wool fifth produced in Wales-full century before it becomes popular as a building insulation.

98.

Historical development of superstructure frame - 1904

a)

Fourcault and Libby-Owens develop process for metal sheet glass directly from molten iron

b)

Fourcault and Libby-Owens develop process for rusted proof sheet glass directly from molten concrete

c)

Fourcault and Libby-Owens develop process for drawing sheet glass directly from molten glass

d)

Fourcault and Libby-Owens develop process for gravity sheet glass directly from molten steel structures.

99.

Historical development of superstructure frame - 1905

a)

Plywood patented by Hetzer

b)

Timber patented by Hetzer

c)

Plyboard patented by Hetzer

d)

T& G patented by Hetzer

100.

Historical development of superstructure frame - 1931

a)

Neoprene developed by DuPont

b)

Nickelite steel developed by DuPont

c)

Mild steel developed by DuPont

d)

Asphalt developed by DuPont

101.

Historical development of superstructure frame - 1938

a)

Sixth glass-fiber reinforced polyester (fiber glass)

b)

Second glass-fiber reinforced polyester (fiber glass)

c)

First glass-fiber reinforced polyester (fiber glass)

d)

Third glass-fiber reinforced polyester (fiber glass)

102.

Historical development of superstructure frame - 1943

a)

Dow chemical produces silicone

b)

Dow chemical produces plastic

c)

Dow chemical produces Aluminum foil

d)

Dow chemical produces Zinc

103.

Historical development of superstructure frame - 1945

a)

Dow chemical produces styrene foam

b)

Dow chemical produces wool

c)

Dow chemical produces plastic foam

d)

Dow chemical produces metal sheet

104.

Historical development of superstructure frame - 1950s

a)

Foamed plastics developed for insulation

b)

Plastics developed for radiation

c)

Polyethelene developed for insulation

d)

Fiber glass developed for insulation

105.

Historical development of superstructure frame - 1953

a)

Aluminum now 25% of curtain walls, versus 5% in 1949

b)

Metal now 25% of curtain walls, versus 5% in 1953

c)

Aluminum now 55% of curtain walls, versus 5% in 1949

d)

Iron now 25% of curtain walls, versus 5% in 1949

106.

Historical development of superstructure frame - 1970s

a)

Cladding board used for interior sheathing

b)

Cork board used for exterior sheathing

c)

Composition board used for exterior sheathing

d)

Plastic board used for exterior sheathing

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