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Choose three of the materials selected for the project and explain how they meet each of the components in the left column:
Nature of the build:
Components
Material 1 :
Material 2 :
Material 3 :
Planned application
Suitability to the application
Properties of the material
Allowable tolerance based on nature of build/work
Safety and Fire resistance rating
Serviceability and cost effectiveness
Environmental Impact of the material
Impact on the material from the environment
Compliance with Australian Standards
Materials this material is compatible with (identify 2)
Material this material is incompatible with (identify 1)
Is this a cost effective option?
Suitable alternative material
Degradation of the material in terms of the build life cycle
Special handling/storage requirements
Appropriate testing processes for this material
Licensing requirement for application of material
Licensing requirement for testing material
Other notes:
Attachment:- RESOURCE.rar
Subject- Building Management. Word Count- Approximately 800 Quality Words (Every column 15-20 words). Please find attached one assignment and supporting documents. Every column 15-20 words.
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hat is the ROD concentration 50 km downstream? The velocity of the river is 15 km/day-1 .
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The estimated uniform dead load for structural steel framing, firproofing, architectural features, floor finish and ceiling tiles equals 24 psf, and for mechanical duct, piping and electrical systems equals 6 psf.
It has been determined experimentally that the reaction follows frst order kinetics with respect to both oxygen andhydrogen sulfide concentrations: d[H2S]/dt =-k[H2S][O2]
a manufacturer of rat poison in texas proposes to build a circular lagoon to concentrate the arsenic in its rinse water
Estimate the time when the temperature at the geometric center of a 6 cm diameter apple held in 2`C water stream reaches 3oC. The initial uniform temperature of the apple is 15`C.
A square plate of uniform thickness has a side length of 25 cm that hangs vertically from hinges at its top edge, When horizontal jet strikes the plate at its center, the plate is deflected and comes to rest at an angle of 30o to the vertical.
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