THE PRACTICE TEST
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Decrease floor-to-area (FAR) ratios in urban areas Promote public transportation Protect undeveloped land Reuse previously developed sites
Computer modeling Efficient street lighting High-performance glazing Installing appliances that meet or exceed ENERGY STAR requirements
Including an indoor swimming pool Installing low-emitting furniture and desks Locating the building in a walkable neighborhood Orienting the building to maximize daylighting
Credits LEED Online Minimum Program Requirements Prerequisites
Building density Building footprint Envelope Floor area ratio
Provide precedent-setting rulings reviewed by USGBC on formal inquiries submitted by LEED project teams that can be applied to multiple projects. To allow credits to be refined through LEED project evaluations before they complete the balloting process for introduction into LEED To manage the LEED documentation process To provide extensions of existing rating systems to address specific types of spaces or requirements for international projects
Install ENERGY STAR ovens and refrigerators Install new flush valves Install solar hot water heaters Install submeters
Earn a minimum number of points only Pay the relevant fees and have a Green Rater approve the project Satisfy all prerequisites for the selected rating system and earn a minimum number of points Satisfy relevant prerequisites for the selected rating system and earn a minimum number of points
The grates used for the entryway The higher-rated MERV filters The location of the air intakes The materials with low VOC emissions
BREEAM Green Globes Green Star WaterSense
Adaptive reuse Net-zero energy project Passive design Regenerative design
Credits Impact Categories Prerequisites Prerequisites and Credits
A building material purchased and shipped from overseas A building with good indoor air quality and minimal insulation A residential project that contributes to neighborhood revitalization An energy efficient building built on a site with endangered species
Deforestation Degradation of water sources Depletion of the ozone layer Threats to rare and endangered species
The carpet contains post-consumer recycled content The carpet has lower life cycle costs than conventional carpets The carpet is more durable than conventional carpets The material would reduce the need for virgin materials
Designing the project to be mixed-use Locating the project in a dense neighborhood Providing preferred parking for those vehicles Providing solar car ports
Air pollution Greenhouse gas emissions Sedimentation of nearby water bodies Water use
Choosing products that have a published Environmental Product Declaration (EPD) Installing 1.6 gpf (6 lpf) toilets Installing demountable interior nonstructural walls Selecting refurbished furniture
Commissioning reports EPA's ENERGY STAR Portfolio Manager LEED Online Local tax records
Must be a permanent structure, use a reasonable site boundary, and have a minimum floor area Must have a minimum building height, have a daylighting strategy, and provide for occupant comfort Must have access to public transportation, manage rainwater, and have a FAR of at least 1.5 Must have an ENERGY STAR score of 50, use sustainable building materials, and have preferred parking
Adaptive reuse should be considered Commissioning will be important Natural gas for heating should be used Water conservation should be emphasized
ASHRAE Department of Energy (DoE) International Code Council Underwriters Laboratory (UL)
The wood flooring will have a lower cost since it did not have to be extracted from a forest The wood flooring will have a lower installation cost The wood flooring will increase the tax base of the local economy The wood flooring will reduce the demand for virgin resources
Marble tile extracted and manufactured locally Metal grills made of aluminum Recycled wood flooring Rubber mats manufactured overseas
10% 20% 30% 40%
Cooling tower water use Indoor water use reduction Outdoor water use reduction Submetering
The project cannot earn LEED certification because it will not meet all the prerequisites. The project could earn LEED certification if appropriate signage is put up designating the smoking area. The project could get an exception for ETS control. The project is exempt from ETS control.
Protect Human Health from Direct Exposure to Negative Health Impacts Protect, Enhance and Restore Biodiversity and Ecosystem Services Protection and Restoration of Water Regimes and Natural Hydrological Cycles Provide Affordable, Equitable and Resilient Communities
The number of glazing panes The orientation of the building The types of furnishings The window configuration
Building in places well served by transit Locating projects in high-density, mixed-use areas Not including the parking area in the LEED project boundary Separating employee and visitor parking
Increased potable water Increased water efficiency Low impact development More compact development
26% 34% 38% 42%
Decreased up-front building costs Heat island reduction Lower liabilities Reduced greenhouse gas emissions
1.6 gpf (6 lpf) 1.6 gpm (6 lpm) 2.2 gpf (8.3 lpf) 2.2 gpm (8.3 lpm)
1995 2015 2020 2030
The project's energy costs will decrease The project's energy demands will decrease The project's minimum energy performance will decrease The project's renewable energy production will decrease
Open space Preservation of historic districts Rainwater management Surrounding density
LEED BD+C LEED ID+C LEED ND LEED O+M
To encourage investment in economically disadvantaged or low-income areas To encourage project teams to build in a LEED-ND project area To help projects locate near existing infrastructure To prevent project teams from building in sensitive habitats
Flushing out the building before occupancy Locating air intakes away from garage areas Outlining green cleaning procedures and goals for custodians Using building materials with low life-cycle impacts
Increasing planting density Installing submeters Using low-impact development (LID) strategies Using turfgrass for groundcover
By the amount of energy reduction From a whole building perspective over a building's life cycle Through a cradle to grave analysis Using LEED Online
Ammonia CFCs CO2 Propane
A three-year aged SR value An SR An SRI Thermal emittance
Innovation Integrative process Minimum program requirements Prerequisites
The activities performed in the space The number of occupants in the space The space's proximity to the exterior building envelope The time of day the space will be used
Black water Gray water Non-potable water Potable water
High VOC carpets and carpet pads, low VOC furniture, green cleaning products High VOC paints, low SRI roofing materials, metal furniture Paper towels that are FSC certified, cafeteria food from a local farm, ENERGY STAR computers Power adapters, new textbooks made from new-growth wood pulp, trash cans
Building commissioning plan Building recycling plan Construction waste management plan Owners Project Requirements (OPR)
A design that increases the number of units of residential space per acre A store built between two existing urban buildings An office project on a previously developed site in a city center The development of a brownfield site
Construction waste hauling fees Legal fees for building contracts Renewable Energy Credits (RECs) Self-guided education program on the green features of a project
Cul-de-sacs Gated communities Providing housing types for a wide range of incomes Street-grid patterns
CFC leakage rate Carbon emissions H2O emissions Ozone depletion potential
Innovation credits are not listed in the LEED Scorecard The LEED Scorecard gives the project team the option of not earning prerequisites The LEED Scorecard is organized by LEED category There is one LEED Scorecard that can be used for any rating system
Accessing web-based reference guides Coordinating resources among project team members Managing public-facing project details Submitting technical inquiries regarding LEED credits
A measurement of how much effect the given refrigerant will have on global warming in relation to carbon dioxide. The efficiency of a refrigerant The potential for a single molecule of the refrigerant to destroy the ozone layer The speed at which an appliance loses its refrigerant
ENERGY STAR WaterSense EPA Rainwater Management Model EPA WaterSense Water Budget Tool Local codes
Being assembled in factories that pay below average wages Being created in the same or neighboring countries Durability Supporting the local economy
Administering and creating the LEED rating systems and issuing LEED building certifications Auditing member companies and providing building grants to for-profit companies Overseeing LEED credential maintenance and third-party technical reviews of registered LEED projects Promoting the triple bottom line and administering the LEED exams
Covering the roof with recycled materials Increasing the amount of roof insulation Painting the roof with a high SRI coating Providing underground parking
Heat island reduction Outdoor water use Protecting or restoring habitat Rainwater management
0.7 years 1 year 1.5 years 2.8 years
A single-office thermostat CO2 sensors Operable windows Outdoor air monitors
Install building-level metering Install smart-sensor technology Only use grass for play fields or other activities that require turf Use treated wastewater
LEED BD+C LEED ID+C LEED ND LEED O+M
Daylighting will be harder to achieve. The acoustics may be poor. The room will have decreased air quality. The space will not be able to include task lighting.
Desktop computer High efficient HVAC unit Instant hot water heater Washing machine
Building a district heating and cooling system Installing a community solar garden Purchasing carbon offsets Siting the buildings close to each other
Helping project teams select materials that have the most environmental benefits at the least cost Minimizing the embodied impacts associated with the entire life-cycle of building materials Reducing the quantity of materials used on a project Selecting materials that are more energy efficient than traditional building materials
Architects Building owners Building users Facility managers
On a company's product to show product endorsement On any partner website of the member company On company letterhead On legal documents
Brick Carpet Paints Wood
Blackwater Graywater Potable water Rainwater
Choosing healthy building materials Locating the project near diverse uses Reducing fossil-fuel based energy consumption Using salvaged materials
Environmentally preferable FSC certified Mercury-free Pre-approved products for LEED
Consensus-based Market-driven Privately funded Voluntary
By creating a map showing the project, project boundary, transit stop locations, and walking routes and distances. By drawing a straight-line radius from the origin and the bicycling segments in the radius. By including a vicinity map showing the bicycle network, route, and distance along the network to eligible destinations By use the area plan or map showing the project site and location of existing and planned bicycle networks within a quarter-mile (400-meter) radius of the project site.
Building in a high-priority site Carbon offsets Green power On-site renewable energy
Interference with migratory birds Reduction of water from aquifers Release of carbon dioxide Sedimentation of water supplies
Install high efficiency toilets Place restrooms on the first floor of a building Use rainwater for toilet flushing Use graywater for washing dishes
The number of points a project earns The number of prerequisites attempted The rating system selected The size of the building
Improving the community Material design optimization Reducing product costs Transparency
Install a photovoltaic system on the roof Install all LED lighting Install triple-paned glass windows instead of double-paned glass windows Provide daylighting
The cost of the qualifying products as a percentage of the total building envelope material's cost The cost of the qualifying products as a percentage of the total project cost The number of different permanent and temporary products used from one manufacturer The number of different permanently installed products used from different manufacturers
Untreated house-hold wastewater which has not come into contact with toilet waste or kitchen sinks Wastewater from bathroom sinks, laundry machines, kitchen sinks and dishwashers Water that is not treated to drinking water standards and is not meant for human consumption Water that meets or exceeds EPA's drinking water standards
The certification process would be easier. The project certification fees would be reduced. The project would earn an innovation credit. The project would have excellent location and transportation within the surrounding community.
Are any areas are too hot or too cold? Are the bicycle racks conveniently located? How frequently does an individual take public transportation to work? Is the lighting adequate?
ASHRAE 62.1 ASHRAE 90.1 ENERGY STAR for Homes I-Codes
Integrating the site with local and regional ecosystems Preserving the biodiversity on which natural systems rely Restoring project site elements The ways in which community infrastructure affects occupants' behavior and environmental performance.
60% 70% 80% 90%
Both LEED Green Assoc. and LEED GA LEED GA LEED Green Assoc.
10 15 20
Bronze, Silver, Gold, Platinum Certified, Bronze, Silver, Gold Certified, Silver, Gold, Platinum
40 50 60 70
As soon as the GCCM is identified Before the design process starts During the design build process During the design process
A. Reduction of emissions from automobiles B. Global Warming reduction from non-energy related drivers C. Reduction in water use D. Reduction in use of materials that harm the ozone layer
Discovery, Occupancy, Implementation Implementation, Discovery, Development Occupancy, Implementation, Development Recovery, Discovery, Occupancy
Behavior can be changed by making information more available and visible Behavior can be changed by providing purely an economic incentive People driving too slow on I 5
Agent Owners rep Project Administrator Project Architect
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