Quiz
Construction 2 Exam Revision
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Questions in this quiz (17)
1Match the member name with the drawing
- AApex Haunch
- BEaves Haunch
- CBase Plate
- DSlab Floor
- ERafter
- FColumn
- GKnee Cleat/Connection
- HApex Cleat/Connection
- IZ-Purlins
2The manufacture of Tilt-up walling involves many activities. The sequence of these activities is as follows:
1. [blank_start]Produce fabrication/workshop drawings[blank_end]
2. [blank_start]Provide casting beds[blank_end]
3. [blank_start]Construct formwork[blank_end]
4. [blank_start]Fit mouldings[blank_end]
5. [blank_start]Place reinforcing[blank_end]
6. [blank_start]Fit cast ins[blank_end]
7. [blank_start]Apply bond breaker[blank_end]
8. [blank_start]Pour & finish concrete[blank_end]
9. [blank_start]Cure concrete[blank_end]
10. [blank_start]Place further panels on top[blank_end]
11. [blank_start]Prepare & repeat operations[blank_end]- AProduce fabrication/workshop drawings
- BProvide casting beds
- CConstruct formwork
- DFit mouldings
- EPlace reinforcing
- FFit cast ins
- GApply bond breaker
- HPour & finish concrete
- ICure concrete
- JPlace further panels on top
- KPrepare & repeat operations
3Select the three types of concrete walls:
- AIn-Situ
- BTilt-Up
- CPre-Situ
- DPre-Cast
- ETilt-Cast
4What are the 3 s's?
- ASimplicity - Number of members kept to a minimum
- BStandardisation - As many members of the same size
- CServiceability - Design must feel comfortable
- DSustainable - Members must focus on meeting the needs of the present
- ESymmetry - Of structural members and grid layout
5Match the description with the concrete wall:
1. [blank_start]Tilt Up[blank_end] = Where the building's walls are poured on the job site in large slabs and then raised into position around the buildings perimeter, forming external walls.
2. [blank_start]Pre-Cast[blank_end] = A construction product produced by casting concrete in a reusable mold or "form" which is then cured in a controlled environment, transported to the construction site and lifted into place.
3. [blank_start]Pre-Situ[blank_end] = Not a type of concrete walling
4. [blank_start]Tilt-Cast[blank_end] = Not a type of concrete walling
5. [blank_start]In-Situ[blank_end] = Where formwork is installed around the area where the wall is going to be. Reinforcement and concrete is then placed into the formwork to create a wall. It is generally used when there is no space or when the other two methods can't be used- AIn-Situ
- BTilt-Cast
- CPre-Situ
- DPre-Cast
- ETilt Up
6The erection of tilt up walls involves the following sequence after footing placement and panel curing:
1. [blank_start]Strip away the formwork[blank_end]
2. [blank_start]Provide prop supports[blank_end]
3. [blank_start]Arrange suitable cranes[blank_end]
4. [blank_start]Prepare final levals[blank_end]
5. [blank_start]Attach Props[blank_end]
6. [blank_start]Lifting Operations[blank_end]
7. [blank_start]Fix panels in place[blank_end]
8. [blank_start]Remove props[blank_end]
9. [blank_start]Patch panels[blank_end]
10. [blank_start]Grout beneath panels[blank_end]
11. [blank_start]Seal between panels[blank_end]- AStrip away the formwork
- BProvide prop supports
- CArrange suitable cranes
- DPrepare final levals
- EAttach Props
- FLifting Operations
- GFix panels in place
- HRemove props
- IPatch panels
- JGrout beneath panels
- KSeal between panels
7The erection of tilt up walls involves the following sequence after footing placement and panel curing:
1. [blank_start]Strip away the formwork[blank_end]
2. [blank_start]Provide prop supports[blank_end]
3. [blank_start]Arrange suitable cranes[blank_end]
4. [blank_start]Prepare final levels[blank_end]
5. [blank_start]Attach Props[blank_end]
6. [blank_start]Lifting Operations[blank_end]
7. [blank_start]Fix panels in place[blank_end]
8. [blank_start]Remove props[blank_end]
9. [blank_start]Patch panels[blank_end]
10. [blank_start]Grout beneath panels[blank_end]
11. [blank_start]Seal between panels[blank_end]
12. [blank_start]Apply any finishes[blank_end]- AStrip away the formwork
- BProvide prop supports
- CArrange suitable cranes
- DPrepare final levels
- EAttach Props
- FLifting Operations
- GFix panels in place
- HRemove props
- IPatch panels
- JGrout beneath panels
- KSeal between panels
- LApply any finishes
8Answer the correct statement for LVL:
Laminated Veneer Lumber is a [blank_start]high-strength[blank_end] engineered wood product made from [blank_start]veneers[blank_end] bonded together under [blank_start]heat and pressure[blank_end].
It is used for [blank_start]permanent[blank_end] structural applications including [blank_start]beams and rafters[blank_end].- Ahigh-strength
- Blow-strength
- Cmedium-strength
- Dveneers
- Eglue
- Fmetal
- Gheat and pressure
- Hheat and glue
- Iheat and timber
- Jpressure
- Kheat
- Lpermanent
- Mtemporary
- Nbeams and rafters
- Oapex joints
- Pstruts and purlins
- Qaesthetics
9When fabricating industrial building frames the subcontracted company will typically carry out the following duties in sequence:
1. [blank_start]Prepare workshop drawings[blank_end]
2. [blank_start]Provide holding down bolts[blank_end]
3. [blank_start]Buy in "raw" steel products[blank_end]
4. [blank_start]Manufacture components[blank_end]
5. [blank_start]Prepare & prime steelwork[blank_end]
6. [blank_start]Arrange purlins & girts[blank_end]
7. [blank_start]Arrange site delivery[blank_end]
8. [blank_start]Organise riggers & crane[blank_end]- APrepare workshop drawings
- BProvide holding down bolts
- CBuy in "raw" steel products
- DManufacture components
- EPrepare & prime steelwork
- FArrange purlins & girts
- GArrange site delivery
- HOrganise riggers & crane
10Select advantages of tilt-up wall from the options below:
- ASafety
- BFast-track delivery
- CCost containment
- DDurability
- EManufactured off site
- FArchitectural aesthetics
11What really holds the Tilt-Up panels in place?
- AAttached prop supports
- BSite Items
- CFrames
- DConnecting "case ins" in adjoining panels
12Identify the members of the framing diagram and match with their names/terms that apply:
- AFloor joist
- BBearer
- CSheet flooring
- DNogging
- EBracing
- FCommon stud
- GCeiling joist
- HHanging beam
- IMetal joist strap
- JJack joist/ceiling joist trimmer
- KTop plate
- LLintel
- MHead trimmer
- NJamb stud
- OSill trimmer
- PJack stud
- QBottom plate
13What is a partition wall system?
A partition wall system is a [blank_start]non-load bearing[blank_end], [blank_start]division[blank_end] wall inside a building to [blank_start]separate rooms[blank_end]. They are mainly made up of [blank_start]metal[blank_end], however [blank_start]timber & glass[blank_end] can be used.- Anon-load bearing
- Bdivision
- Cseparate rooms
- Dmetal
- Etimber & glass
14What are the advantages of partition walls:
They [blank_start]divide[blank_end] the whole area into a number of rooms.
[blank_start]Provide privacy[blank_end] to the inmates from [blank_start]sight and sound[blank_end]
Are [blank_start]light in weight[blank_end] and [blank_start]cheaper in cost[blank_end] of construction.
Occupy [blank_start]lesser area[blank_end]
Easily constructed [blank_start]in any position[blank_end]- Adivide
- BProvide privacy
- Csight and sound
- Dlight in weight
- Echeaper in cost
- Flesser area
- Gin any position
15What are partition walls for?
Partition walls are generally built to [blank_start]create or separate[blank_end] rooms inside a home, either for [blank_start]privacy[blank_end] or to allow them to be used for different purposes. For example, a space for work or study requires different [blank_start]lighting and furnishings[blank_end] than a space for sleeping or entertaining. Likewise, study areas normally require some peace and quiet. Insulated partition walls can be used to [blank_start]isolate a space[blank_end] in your home to give people a quiet place where they can sit and work comfortably - or where they can make some noise without disturbing others. Partition walls are often used to [blank_start]carry electrical wiring[blank_end] and [blank_start]plumbing[blank_end]. Well insulated partition walls can also help in [blank_start]temperature regulation, soundproofing[blank_end] and [blank_start]fireproofing[blank_end].- Acreate or separate
- Bprivacy
- Clighting and furnishings
- Disolate a space
- Ecarry electrical wiring
- Fplumbing
- Gtemperature regulation, soundproofing
- Hfireproofing
16What are the Materials Used in Construction:
[blank_start]Concrete[blank_end] – footings, floors and walls
[blank_start]Moisture protection[blank_end] – damp course, drainage, insulation
[blank_start]Hot rolled steel[blank_end] – major structural – I-beams and columns
[blank_start]Cold rolled steel[blank_end] – minor structural – internal wall studs, purlins
[blank_start]Profiled steel[blank_end] – roof & wall cladding
[blank_start]Conveyor[blank_end] – elevators
[blank_start]Concrete masonry[blank_end] – walls
[blank_start]Surface finishes[blank_end] – plasterboard, wall and floor finishes
[blank_start]Windows[blank_end] – skylights, aluminium and PVC- AConcrete
- BMoisture protection
- CHot rolled steel
- DCold rolled steel
- EProfiled steel
- FConveyor
- GConcrete masonry
- HSurface finishes
- IWindows
17What are the type of site investigations in a development.
1. [blank_start]Type of site[blank_end]
2. [blank_start]Location[blank_end]
3. [blank_start]Planning requirements[blank_end]
4. [blank_start]Zoning[blank_end]
5. [blank_start]Title & easements[blank_end]
6. [blank_start]Ground conditions[blank_end]
7. [blank_start]Property size[blank_end]
8. [blank_start]Traffic flow[blank_end]
9.- AType of site
- BLocation
- CPlanning requirements
- DZoning
- ETitle & easements
- FGround conditions
- GProperty size
- HTraffic flow
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- Description
- Quiz on Construction 2 Exam Revision, created by Isaac Mont on 17/06/2019.
- Author
- Isaac Mont
- Language
- English
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