Final answer:
Implications of insulation that is only 2" thick, wet, compressed, has gaps or voids, or is missing.
Step-by-step explanation:
An insulation that is only 2" thick, wet, compressed, interrupted by gaps or voids, or missing will have several implications. First, the thickness of the insulation determines its effectiveness in preventing heat transfer. A thin insulation will not provide enough resistance to heat transfer, leading to increased heat loss or gain. Second, if the insulation is wet, it can conduct heat more easily, reducing its insulating properties. Third, if the insulation is compressed, it will have a lower R factor, meaning it will provide less resistance to heat transfer. Fourth, gaps or voids in the insulation allow for air movement, which can increase heat transfer. And finally, if the insulation is missing entirely, there will be no resistance to heat transfer, resulting in significant heat loss or gain.