You could have foam sprayed on the underneath side. The rafters are probably 3 or 4 feet apart so you can't use regular fiberglass insulation unless you add rafters. You can glue rigid foam panels to the strips. The roof sweats because the air inside comes in contact with it. Any insulation and a vapor barrier should stop this from happening.
Damaged rafters in the attic can lead to structural instability, increased risk of collapse, and potential safety hazards for those living in the house. Additionally, it can compromise the integrity of the roof, leading to leaks and water damage. Regular inspection and maintenance of rafters are important to ensure the safety and stability of the building.
Yes there are relationship between the living and non-living world
Biotic = Living Abiotic = Non-Living there is a lot of difference between a thing that is living and a thing that is non living.
Non living is dead and living is alive
Most living things lose water through evaporation from their body surfaces (such as through sweating or breathing) and through excretion (such as through urine or feces).
Yes, there are several organisms that do not sweat, including birds, reptiles, amphibians, and most fish. Instead of sweating, these animals have other ways to regulate their body temperature, such as panting, finding shade, or living in water.
An example of negative feedback in living organisms is the regulation of body temperature. When the body temperature rises above a set point, the body responds by sweating to cool down. Once the temperature returns to normal, the sweating stops, preventing the body from overheating.
what is the relationship between living organisms in the aqatic environment
What the importance of interaction between living organisms and the environment
What the importance of interaction between living organisms and the environment
Organisms living in extremely cold temperatures run the risk of hypothermia and even their cells freezing. Cellular membranes with more cholesterol help insulate the organism and are less prone to freezing.
Organisms living in extremely cold temperatures run the risk of hypothermia and even their cells freezing. Cellular membranes with more cholesterol help insulate the organism and are less prone to freezing.