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A client would like to gather thermal comfort data at her office building. According to Feature T06: Thermal Comfort Monitoring, Part 1: Monitor Thermal Environment, which of the following strategies should the WELL AP recommend?
Feature T06: Thermal Comfort Monitoring, Part 1: Monitor Thermal Environment in the WELL Building Standard focuses on the importance of continuously monitoring key parameters that contribute to thermal comfort in built environments. This feature specifically emphasizes the need to understand and control the thermal conditions that affect occupant comfort and well-being.
Dry-bulb temperature is the measure of air temperature without taking evaporation into consideration. It is one of the most direct indicators of thermal comfort as it affects how warm or cool an indoor environment feels to its occupants.
Relative humidity refers to the amount of moisture in the air compared to what the air can 'hold' at that temperature. The level of humidity has a significant impact on how temperatures are perceived by occupants. High humidity can make environments feel stuffier and warmer than the actual air temperature would suggest, while low humidity can make the air feel cooler and dryer.
The guiding principle for promoting optimal circadian entrainment and sleep is
To maintain optimal, properly synchronized circadian rhythms, the body requires periods of both light and darkness. Light exposure stimulates the circadian system, which regulates physiological rhythms throughout the body's tissues and organs, such as hormone levels and the sleep-wake cycle. Disruption or desynchronization of the circadian rhythm has been linked with obesity, diabetes, depression and metabolic disorders.
Standard | WELL V2, Light Concept, Background
Circadian lighting design | WELL Feature LIbrary - v2, Feature 54, Part 1
In Feature S01: Sound Mapping, Part 1: Label Acoustic Zones, which of the following zones needs to be labelled in the annotated document submission?
Feature S01: Sound Mapping directs projects to label the following acoustic zones for performance verification:
Loud zones:Areas for loud equipment or activities.
Quiet zones:Areas for concentration, rest, privacy.
Mixed zones:Areas for collaboration, learning, presentation.
Circulation zones:Occupiable areas not intended for regular occupancy.
WELL v2, Sound Concept, Feature S01: Sound Mapping:Outlines the specific zones to be labeled and the requirements of the annotated document
In one part of a university building the following rooms are all adjacent in a row and connected to the same corridor study room, classroom, classroom, recreation room, meditation room, classroom Which of the following rooms are most likely to require reprogramming or strategies for mitigating sound transmission?
In a university building where diverse activities occur, managing sound transmission is critical to maintain a conducive environment for all users. The juxtaposition of a recreation room, likely to be a source of higher noise levels due to active use, next to a meditation room, which requires a quiet, tranquil setting for relaxation and mindfulness practices, presents a significant challenge for acoustic design. This scenario necessitates reprogramming or implementing effective sound mitigation strategies to prevent noise intrusion from the recreation room into the meditation room, ensuring that the latter remains a serene space that supports mental well-being and stress reduction, in line with WELL's focus on creating spaces that enhance both physical and mental health.
The annual average particulate matter (PM2.5) outside of an office is 30 ug/m*. Which of the following indoor test results meets the requirements of Feature A01: Air Quality?
A)
B)
C)
D)
For Feature A01: Air Quality, the WELL standard sets thresholds for indoor air quality that are typically lower than the outdoor air quality levels to ensure that the indoor environment provides a safe and healthy atmosphere for occupants. If the outdoor annual average for PM2.5 is 30 g/m, indoor levels need to be significantly lower to meet WELL requirements, which are usually aligned with recognized health-based standards. Therefore, the option with the lowest levels of PM2.5 and PM10 would be the one that meets the requirements, as it indicates better filtration and air quality control measures are in place.
