Exploring the Winter Physics Mystery of an Attic Skylight: A Snowy Question

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In summary, the conversation discusses a circular hole in the snow on the skylight of the attic. The speaker's theory is that the hot air from the room melted the snow, but the cold roof prevented melting near the edges. They also mention the possibility of directed flow of air or colder walls causing the snow to pile up more on the sides than the top. However, the link provided in the conversation is not accessible.
  • #1
propicas
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http://mail-attachment.googleusercontent.com/attachment/u/0/?ui=2&ik=9243a84e58&view=att&th=13cca00ffc021b0c&attid=0.1&disp=inline&safe=1&zw&saduie=AG9B_P-JSIKWxP2SILKnAZDSPntW&sadet=1360600148882&sads=XMagKLjppUEvSoI9GidqQVsXpcU

This is in the skylight of my attic. The snow piled up in such a way that there is a circular hole in the center. My theory is that the hot air from the room (obviously it is on the top floor) was hot enough to melt some of the snow, but the cold roof outside prevented melting close to the edges.

What else could it be?
 
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  • #2
I cannot see the image, and I think this is a general problem - the URL looks like some private email attachment.

With some directed flow of air, this might be possible. As alternative, the walls around the window could be colder than the window itself, and cool the outer parts.
 
  • #3
If the skylight is domed, the snow will tend to pile up more on the sides than on top.
 

Related to Exploring the Winter Physics Mystery of an Attic Skylight: A Snowy Question

1. What is the Winter Physics Mystery of an Attic Skylight?

The Winter Physics Mystery of an Attic Skylight refers to the phenomenon of snow accumulating on the skylight in an attic during the winter. This can happen even when the rest of the roof is free of snow, leading to questions about the underlying physics behind this occurrence.

2. Why does snow accumulate on the skylight in an attic?

Snow accumulates on the skylight in an attic due to a combination of factors such as temperature differences, air pressure, and wind patterns. These factors can create an environment where snow is more likely to accumulate on the skylight compared to other parts of the roof.

3. Can the Winter Physics Mystery of an Attic Skylight be solved?

Yes, the Winter Physics Mystery of an Attic Skylight can be solved by conducting experiments and analyzing data to better understand the underlying physics at play. By studying factors such as temperature, air pressure, and wind patterns, scientists can gain insight into why snow accumulates on the skylight in an attic.

4. How does the Winter Physics Mystery of an Attic Skylight impact energy efficiency?

The Winter Physics Mystery of an Attic Skylight can impact energy efficiency in a building. Snow accumulation on the skylight can block sunlight from entering the attic, reducing the amount of natural light and heat that can enter the space. This can result in higher energy consumption for heating and lighting.

5. What are the potential solutions to prevent snow accumulation on the skylight in an attic?

To prevent snow accumulation on the skylight in an attic, some potential solutions include installing a heat source near the skylight to prevent snow from sticking, using a special coating or fabric on the skylight to prevent snow from settling, or installing a cover or shelter over the skylight to protect it from snow accumulation. However, it is important to consider the potential impacts of these solutions on energy efficiency and cost-effectiveness.

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