THE PRACTICE TEST
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- 93
- Format
- Multiple choice
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- 2 years
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Sample practice questions
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A facility manager that is a LEED AP could not earn a project an Innovation point A facility manager would be most involved in the ongoing operations and maintenance of a building A facility manager would not be part of an integrative project team The facility manager has sole responsibility for designing a building recycling plan
A site near a solar garden A site near mass transit A site near public parking A site with pedestrian access between diverse uses
Enhance social equity, environmental justice, and community quality of life Promote sustainable and regenerative material resources cycles Protect and restore water resources Protect, enhance, and restore biodiversity and ecosystem services
Design efficiency Gallons / liters per flush Gallons / liters per minute Process water rate
Increasing open space and covering it with turf grass Installing a dry pond planted with invasive plants Installing a rock garden Planting a variety of indigenous plants
By increased availability of grid-source renewable energy By increased opportunities to participate in demand-response programs By reduced costs of electric transmission By reduced infrastructure costs
Decreasing the project costs Determining the materials that best fit the project over the building's life Reducing the amount of materials used Shortening the construction schedule
Implementing a construction activity pollution plan Increasing the floor-to-area ratio of the building Restoring compacted soils and revegetating Using pervious paving materials for the parking area
LEED Accredited LEED Certified LEED Certified certified LEED's Certified
Identifies disparities between how a project's water-based systems are designed to operate and how they actually perform LEED requires metering by subsystem of all energy and water based systems Submetering is a Minimum Program Requirement The integrative process does not work without submetering data
Rainwater collected and held in a cistern Rainwater collected in a retention pond Wastewater from urinals Wastewater that has not come in contact with toilet waste or kitchen sinks
Groundwater contamination Increased CO2 indoors Increasing greenhouse gas emissions Soil contamination
LEED BD+C: Core and Shell LEED BD+C: New Construction LEED BD+C: Schools LEED O+M: Existing Buildings
Designing a building to use natural ventilation Selecting refrigerants that have a long atmospheric lifetimes Selecting refrigerants with lower Ozone Depltion Potential (ODP) and Global Warming Potential (GWP) Using natural refrigerants
As a LEED for Neighborhood Development project By registering each project individually with LEED Online Using the LEED Campus Program Using the LEED Volume Program
Awareness and Education Green Infrastructure and Buildings Neighborhood Pattern and Design Smart Location and Linkage
Cradle-to-Grave Analysis Environmental Product Declaration (EPD) Health Product Declaration (HPD) Specifications
That a LEED Accredited Professional is primarily responsible for the credit That a credit is a LEED Pilot credit That the credit has a Licensed Professional Exemption That the credit will pursue LEED Exemplary Performance
Designing buildings with single-pane glazing for daylighting Incinerating construction waste from a demolition Preserving historic structures Restoring existing buildings
Available LEED ND projects close by Local zoning Nearby LEED BD+C projects Proximity to waste haulers
Innovation Location and Transportation Regional Priority Sustainable Sites
FTE Gallons per flush (liters per flush) Gallons per minute (liters per minute) Wastewater efficiency
Build a Greener Economy Promote Sustainable and Regenerative Material Resources Cycles Protect and Restore Water Resources Protect, Enhance and Restore Biodiversity and Ecosystem Services
CO2 sensors Daylight sensors Occupant lighting controls Operable windows
Green design is a cost neutral add-on LEED buildings were increasingly common until construction costs rose 30% in the last two years LEED teams are achieving certification through widely diverse methods The construction of green buildings have no major significant cost difference to non-green buildings
Carbon management tool Environmental Product Declarations Greenhouse Gas Inventory MSDS
A Sustainable plan for built environments that improve existing conditions. A formal review process of the design of a project based on its intended function in order to identify potential alternatives that reduce costs and improve performance. An approach to design and operations that brings team members together to work collaboratively on all of the project's systems, finding synergistic solutions that support greater levels of sustainability. An understanding of the built environment as a series of relationships in which all parts influence many other parts.
Drip irrigation can be used Increased irrigation efficiency Preserving aquifers Reduced heat islands
Collaborative team members Cost-based decision making Linear planning Working toward individual goals
Data center floor area Gymnasium Inactive storage area in a warehouse Private office
Fresh water consumption Greenhouse gas emissions Soil erosion Waterway sedimentation
Communities that are more vital to a healthy society Increased building operational costs Increased segregated land use Lower-impact built environments
Composite wood that contains post-consumer recycled wood, usually from construction and demolition debris Composite wood that does not contain any urea formaldehyde Wood that has been procured from well managed forests Wood that has been sourced (extracted, manufactured, purchased) within 100 miles (160 km) of the project site
Energy performance management Increasing energy efficiency Reducing energy demand Renewable energy practice
LEED interpretations are an opportunity to contribute to LEED in a significant way. LEED interpretations are reviewed by LEED committees comprised of member-selected green building practitioners and USGBC staff. LEED interpretations are used to add new requirements to the LEED Rating System. LEED interpretations can be applied to multiple projects.
30% 40% 50% 60%
Increased availability of rainwater More lenient zoning rules Protection of undeveloped land Reduction of heat islands
Charrette Facility manager meeting LEED roundtable Technical Advisory Group meeting
The construction documents are prepared The project begins operating The project is reused or recycled The schematic design is completed
60 70 80 90
Design rooms with modular systems Purchase additional land on which to construct additional buildings Select low-emitting materials Site the building in a dense area
The site must be located along existing roads The site must be located in a suburban area The site must be remediated The site must be revegetated
1/2 1/3 1/4 2/3
Ask for replacement drywall from the seller Install it anyway Send it to the landfill Wait for it to dry out and then install it
Including off-street parking spaces Limiting parking Reducing the number of bicycle spaces Using permeable paving for parking lots
CO2 Methane NH3 Radon
CRI Environmental Choice Green Label Plus Green-e
Cogeneration Commissioning Evapotranspiration Tertiary treatment
Maximize the building footprint Recycle materials Sell unused materials Use salvaged materials
Monocultures Native plants Plants with high watering needs Tall plants that provide shade
Achieving all Regional Priority credits Earning at least 50 points Having a LEED AP on the project Meeting the Minimum Program Requirements
The LEED project reviewer The commissioning authority The mechanical engineer The project administrator
Square footage of the building The number of Full Time Equivalents (FTEs) that will occupy the finished building The number of stories the building has The type of land the building was built on
Adjustable window shades Individual task lighting Operable windows Thermal comfort controls
Decreased building operating costs Increased irrigation efficiency Reduced contamination of nearby water bodies Reduced drawdown of water from water bodies and aquifers
A dense, mixed-use neighborhood A multi-building office project with single-story buildings An outdoor shopping mall built on a greenfield Single-home residences in a suburban area
The architect(s) The building owner(s) The facility manager(s) The occupant(s)
Heat islands Increased municipal wastewater treatment costs Ozone depletion Sedimentation
Whether or not the system can be submetered Whether or not the system can connect to a building automation system Whether or not the system can provide enough fresh air Whether or not the system is quiet
Blackwater Process water Reclaimed water Recycled water
GHG Emissions Reduction from Materials and Water Embodied Energy Use Promote Sustainable and Regenerative Material Resources Cycles Protect, Enhance and Restore Biodiversity and Ecosystem Services Reverse Contribution to Global Climate Change
The purpose of LEED Online USGBC's 2013-2015 strategic plan USGBC's mission USGBC's vision
When calculating a project's parking capacity When determining if a bicycle network is adequate When locating existing rights-of-way when determining surrounding density When reviewing planned future public transportation routes
Avoiding escalating market prices Contributing to national security vulnerability Decreasing destructive extraction processes Protection from uncertain supplies
ACEEE FEMA The U.S. Code of Federal Regulations The U.S. Fish and Wildlife Service
Allowing a building to be have an increased height Increases in the allowable density Percentage increase in the floor area ratio Revolving loan funds
By increasing the number of exterior lights By installing lights that shine upward By installing surfaces and lights that reduce glare By placing exterior lights close to the project boundary
Commissioning plan LEED Project Checklist Materials checklist Sustainable purchasing policy
Commuting surveys Energy performance Indoor air quality Thermal comfort
Carpets Cleaning products Floors Wood
Occupants' usage The cost of potable water The gross area of the building The number of fixtures installed
Encouraging walkable design Increasing the project density Protecting sensitive land Restoring habitat
LEED credit category LEED project type (schools, healthcare, data centers, etc.) LEED rating system family (BD+C, ID+C, etc.) The state the project is located in
During off-peak times, the building's excess electricity may be sold back to the utility company. The building may have to decrease electricity use during peak times. The owner will have to purchase RECs equal to fifty percent of the building's yearly electricity use. The owner will have to purchase carbon dioxide equivalents equal to the annual grid-generated electricity.
RECs are purchased RECs are tradable commodities RECs encourage the reduction of GHG emissions RECs must be purchased locally
Implementing cooling tower water management Installing fixtures that meet the EPAct 1992 standard Installing low-consumption flush fixtures and low-flow rate faucets Installing submeters
Global warming period Global warming potential Lifecycle potential Ozone depletion potential
Construction waste management Indoor air quality Material reuse Raw material sourcing
Hardscapes shaded by trees Large areas of turf grass Reduced air flow from tall buildings and narrow streets Underground parking
For building commissioning To serve as the project administrator To streamline the LEED process To submit all project data
The integrative process can avoid delays and costs resulting from design changes during the Construction Documents phase. The integrative process increases the amount of construction time for a project. The integrative process is based on an ISO standard. The integrative process reduces the need for change orders during construction.
Participating in a demand response program Purchasing Renewable Energy Credits (RECs) Purchasing carbon offsets Using no more water than what falls on the site as precipitation
Balconies Higher density buildings Shaded parking lots Vegetated (green) roofs
First costs Life-cycle assessment Life-cycle costing Value engineering
A reduction in energy required to treat wastewater A reduction in the demand for potable water A reduction in the demand for wastewater treatment infrastructure A reduction in the need for graywater used on site
Availability of high-paying jobs Increased air pollution Increased development costs Increased tax base
Construction activity pollution prevention Heat island reduction Light pollution reduction On-site renewable energy
ASHRAE Level I audit Life-cycle assessment Life-cycle costing Triple bottom line accounting
Platted property line of the project defining land and water within it Portion of the project site submitted for LEED certification Total area within the legal property boundaries of the site; it encompasses all areas of the site, including constructed and non-constructed areas Total area within the platted property line not including any non-constructed areas
Energy and Atmosphere Indoor Environmental Quality Location and Transportation Materials and Resources
Calibrating sensors Conducting a flush-out Dusting all blinds with electrostatic cloths Replacing air filters
Civic and community facilities Food retail Restaurants Stores
Commissioning of the exterior lights Considering how occupants will get to the project building Installation of a parking lot Reviewing the schedule for the timing of the HVAC system installation
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