How can windows impact the functionality of a structure?

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Windows play a crucial role in the functionality of a structure beyond just aesthetics or ornamentation. Their primary impact lies in how they influence airflow and the entry of natural light into a building. Properly designed windows can enhance ventilation, allowing fresh air to circulate and reducing the need for mechanical cooling systems. This can lead to improved indoor air quality and greater comfort for occupants.

Additionally, windows significantly contribute to the building's natural lighting, which can affect not only the ambiance but also the energy efficiency of a space. By maximizing daylighting, windows can reduce reliance on artificial lighting during the day, thus conserving energy and lowering electricity costs.

Moreover, thoughtful placement and sizing of windows can help regulate temperature within a building. For instance, on a hot day, strategically opened windows can create a cross-breeze that cools the interior, while in colder months, window placement can optimize passive solar gain.

While aesthetic appeal, ornamental features, and repair options are considerations in terms of design and maintenance, they do not encapsulate the functional impact that windows have on airflow and light. Thus, option B accurately reflects the multifaceted role of windows in enhancing a building's functionality.

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