QuestionAugust 24, 2025

Duct leakage from ductwork located in unconditioned spaces can cause: (check all that apply) pressure differences in the conditioned space relative to outdoors that can drive air leakage through the building shell. degradation of indoor air quality by pulling in polluted air. heat loss and unnecessary energy waste. comfort complaints

Duct leakage from ductwork located in unconditioned spaces can cause: (check all that apply) pressure differences in the conditioned space relative to outdoors that can drive air leakage through the building shell. degradation of indoor air quality by pulling in polluted air. heat loss and unnecessary energy waste. comfort complaints
Duct leakage from ductwork located in unconditioned spaces can cause:
(check all that apply)
pressure differences in the conditioned space relative to outdoors that
can drive air leakage through the building shell.
degradation of indoor air quality by pulling in polluted air.
heat loss and unnecessary energy waste.
comfort complaints

Solution
4.0(206 votes)

Answer

Pressure differences, degradation of indoor air quality, heat loss and unnecessary energy waste, comfort complaints. Explanation 1. Identify Effects of Duct Leakage Duct leakage in unconditioned spaces can lead to pressure differences, pulling outdoor air into the conditioned space, causing air leakage through the building shell. 2. Assess Impact on Indoor Air Quality Leakage can degrade indoor air quality by drawing in polluted air from unconditioned spaces. 3. Evaluate Energy and Comfort Implications It results in heat loss, energy waste, and potential comfort complaints due to uneven heating or cooling.

Explanation

1. Identify Effects of Duct Leakage<br /> Duct leakage in unconditioned spaces can lead to pressure differences, pulling outdoor air into the conditioned space, causing air leakage through the building shell.<br />2. Assess Impact on Indoor Air Quality<br /> Leakage can degrade indoor air quality by drawing in polluted air from unconditioned spaces.<br />3. Evaluate Energy and Comfort Implications<br /> It results in heat loss, energy waste, and potential comfort complaints due to uneven heating or cooling.
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