The Mathematical Wizard, A House's Windows, And Solar Flux

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SUMMARY

The discussion centers on a mathematical wizard's proposal to increase sunlight in a small house by doubling the number of windows while halving their area. Despite the unchanged total surface area of the windows, the potential for increased solar flux depends on several factors, including wall thickness, room orientation, and geographical location. Participants emphasize the need for detailed technical information to analyze the scenario effectively, highlighting the importance of context in such theoretical questions.

PREREQUISITES
  • Understanding of solar flux and its relationship to window area
  • Knowledge of architectural principles, including wall thickness and window design
  • Familiarity with geographical factors affecting sunlight, such as latitude and longitude
  • Basic concepts of atmospheric composition and its impact on solar energy
NEXT STEPS
  • Research the impact of window orientation on solar energy absorption
  • Explore architectural design principles for maximizing natural light
  • Learn about solar flux calculations in different geographical locations
  • Investigate atmospheric effects on solar energy, including composition and weather patterns
USEFUL FOR

Architects, solar energy researchers, homeowners interested in optimizing natural light, and anyone exploring the theoretical implications of architectural design on energy efficiency.

Young101
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TL;DR Summary: A mathematical wizard wishes for more sunlight for a pair of homeowners who have limited space for new windows.

There are four walls in a small house with one room. One window is on each of the four walls. A mathematical wizard comes and promises the homeowners that he can make the house have many more windows, so many more windows. He can keep doubling the number of windows on each wall while reducing their area by half. Eventually, the homeowners have millions of windows. Even though the total surface area of windows did not change, is it possible that the solar flux into the home can increase depending upon the positioning of the new windows?
 
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Young101 said:
TL;DR Summary: A mathematical wizard wishes for more sunlight for a pair of homeowners who have limited space for new windows.

There are four walls in a small house with one room. One window is on each of the four walls. A mathematical wizard comes and promises the homeowners that he can make the house have many more windows, so many more windows. He can keep doubling the number of windows on each wall while reducing their area by half. Eventually, the homeowners have millions of windows. Even though the total surface area of windows did not change, is it possible that the solar flux into the home can increase depending upon the positioning of the new windows?
Welcome to PF.

If you really want a good technical analysis of your "technical question", you will need to provide a lot more details.

** How thick are the walls compared to the overall structure size and the thickness of the windows?

** What is the orientation of the room with respect to the latitude and longitude of the room?

** Where in the world is this room located (local weather, etc.)?

Without providing technical details when you ask a puzzle question like this, it borders on trolling...
 
berkeman said:
Welcome to PF.

If you really want a good technical analysis of your "technical question", you will need to provide a lot more details.

** How thick are the walls compared to the overall structure size and the thickness of the windows?

** What is the orientation of the room with respect to the latitude and longitude of the room?

** Where in the world is this room located (local weather, etc.)?

Without providing technical details when you ask a puzzle question like this, it borders on trolling...
Hi berkeman,

I did not mean to impose, as if trolling. And yes, complete technical thoughts require more technical details. I see that now. I guess I was just happy to ask such a question. It's really just for fun, because it seems to me that when asked, perhaps it provides some happiness in the asking. But, I see now I should have maybe not done so in the manner I did.
 
No worries. Do you see why I asked each question? How would your answers to each of my questions alter the calculation? :wink:
 
I wonder about another planet's atmospheric composition? This would be interesting to think about further among your other constraints, or rather the more technical detail that must be offered before such a question is even thought upon. Though this parameter certainly is related to weather.
 

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