This LEED Study Guide Quiz assesses knowledge on green building design, emphasizing integrative processes, energy efficiency, and environmental impacts. It is ideal for professionals aiming for LEED certification, focusing on critical aspects like life-cycle assessment and energy use in buildings.
Reduced hours of occupancy
Reduced energy use
Reduced water use
Increased occupant productivity
Reduced stormwater runoff
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Relative costs and benefits of each credit
Environmental impacts and human benefits
Carbon footprints and embodied energy
Expected environmental performance
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Balance of natural cycles such as the hydrologic cycle
Environmental aspects and potential impacts of a given product
Life span of a building and its components
Environmental systems affected over the life of a building.
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Predesign
Schematic design
Design development
Construction documents
Construction
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Space cooling
Space heating
Electric lighting
Water heating
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Reduced first costs
Reduced maintenance costs
Reduced life-cycle costs
Reduced end-of-life costs
Reduced imminent costs
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Economic prosperity, environmental stewardship, and social responsibility
Economic theory, cultural agendas, and global variety
Energy efficiency, water efficiency, and indoor environmental quality
Government standards, building codes, and building practices
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6
4
1
3
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Developing the LEED Professional Accreditation exams
Administering LEED project reviews and certification prosesses
Establishing continuing education requirements for LEED Accredited Professionals
Providing and developing LEED-based education and research programs
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LEED for New Construction and Major Renovation
LEED for Homes
LEED for Commercial Interiors
LEED for Core and Shell
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To prioritize the relative impact of credits on greenhouse gas emissions.
To identify the major contributors to environmental degradation
To qualify the relative impact of different energy efficiency measures
To rank the feasibility of various green building strategies
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Register a project with GBCI, pay applicable review fees, and submit documentation.
Retain a LEED professional, register the project, and pay applicable fees.
Submit documentation, obtain a preliminary rating, and pay applicable certification fees.
Register the project with GBCI, demonstrate environmental innovation, and pay applicable fees.
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After one year of occupancy and after all commissioning activities are complete.
After the project team has registered and submitted all project specifications
After final punch-list items are complete and all review fees are paid.
After building completion and once all submittals and clarifications are reviewed.
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Achieve continuing education credit for primary team members.
Capture federally available tax credits for the project.
Bypass otherwise required submittals.
Streamline the permitting process in many jurisdictions.
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Review the credit intent and self-evaluate whether the strategy meets that intent.
Contact LEED customer service to determine whether the CIR is likely to be successful.
Review past CIRs to see whether this issue has been addressed in the past.
Consult the appropriate LEED reference guide for a more detailed explanation.
Contact its local chapter to receive a preliminary ruling.
Identify other issues to address within the CIR
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Street grid density
Availability of public transportation
Vehicle miles traveled
Parking capacity
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Decrease percolation
Reduce potable water usage
Reduce stormwater runoff
Eliminate sewage piping
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Draining of local aquifers
Recreational boating
Rainwater harvesting
Nonpoint-source pollution
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Reduced heat island effect
Support for renewable energy
Protection of the dark-sky initiative
Improved stormwater quality
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Increase the floor-to-area ratio of the building
Implement a construction activity pollution plan
Use pervious paving materials for the parking area
Locate parking underground
Select drought-tolerant plantings
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Provide a carpooling incentive to building occupants
Upgrade the company cars to hybrids
Install solar panels to power parking lot lighting
Provide occupants a fuel subsidy
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Provides for tasteful, decorative appearance
Reduces the need for night-time security
Adequately illuminates the night sky
Does not trespass onto adjacent properties
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Compliant with the green design criteria
Compliant with the sustainable building codes
Previously undeveloped
Removed from other development
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The Clean Water Act
Energy Policy Act of 1992
ASHRAE Standard 90.1
National Environmental Policy Act
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Potable water use
Process water use
Indoor plumbing water use
Nonpotable water use
Irrigation water use
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Install submeters
Select locally adapted plants
Increase the coverage of turf grass
Use organic fertilizers
Select noninvasive plants
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Brownwater
Potable water
Blackwater
Graywater
Drinking water
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Ice making
Drinking
Showers
Toilet flushing
Irrigation
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0.8 gallons per flush
1.0 gallons per flush
1.6 gallons per flush
3.2 gallons per flush
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Free water
Nonpotable water
Process water
Blackwater
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Installing submeters
Installing low-flow showerheads
Using high-efficiency irrigation technologies
Using ENERGY STAR-certified clothes washers
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Use on-site renewable energy
Reduce energy demand
Adopt energy efficiency measures
Install submetering equipment
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High-performance mechanical systems
Efficiencies of scale
Energy simulation modeling
Passive design concepts
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On-site photovoltaic systems
Off-site renewable energy purchases
Market-generated wind power
Stock in utility providers
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Commission building systems
Upgrade mechanical systems
Install renewable energy systems
Maintain trees and landscaping features
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Global warming potential
Energy use potential
Ozone depletion potential
Soil contamination potential
Air pollution potential
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First cost
Expected life
Energy performance
Lead time
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Regulated energy
Exempt energy
Process energy
Secondary energy
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Nuclear
Solar
Wave
Natural gas
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5
10
15
20
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Recycle all possible construction materials
Reuse existing materials
Reduce the total quantity of waste
Specify recyclable materials
Determine the embodied energy of the product
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40%
50%
70%
80%
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50 miles of the project site
250 miles of the project site
500 miles of the project site
750 miles of the project site
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11%
32%
51%
72%
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Post-industrial recycled content
Post-consumer recycled content
Pre-consumer recycled content
Pre-fabricated recycled content
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Design only
Construction only
Occupancy only
Both construction and operation
Construction and at the building's end of life
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Are harvested and manufactured regionally
Contain recycled content
Are sourced from developing countries
Are salvaged
Offer future customization options
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75%
65%
90%
50%
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Quiz Review Timeline (Updated): Aug 12, 2024 +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
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