Thank you for your helping in understanding the concepts of these practice problems. In a house, the temperature at the surface of a window is 29.5°C. The temperature outside at the window surface is 3.04°C. Heat is lost through the window via conduction, and the heat lost per second has a certain value. The temperature outside begins to fall while the conditions inside the house remain the same. As a result, the heat lost per second increases. What is the temperature in degrees Celsius at the outside window surface when the heat lost per second doubles?**Diagrams Explanation:**The image contains two diagrams:1. **Before Temperature Drop:** - Shows an initial scenario where heat is flowing from inside the house (`T_in`) to the outside window surface (`T_out, initial`). - Heat flow is indicated by arrows pointing outward.2. **After Temperature Drop:** - Illustrates the scenario after the outside temperature has decreased. - The internal temperature (`T_in`) remains the same, while the outside surface temperature has decreased to (`T_out, final`). - The heat flow arrows are shown larger, indicating increased heat loss per second.**Interactive Element:**- A field labeled "Number" where users can input their calculated temperature.- A dropdown labeled "Units" for selecting the appropriate measurement unit.This setup is designed to engage users in calculating and visualizing the effects of temperature changes on heat conduction through a window.

Answered: Image /qna-images/answer/976af587-ec25-4185-9904-1440de034d8f.jpg

In a house the temperature at the surface of a window is 29.5 °C. The temperature outside at the window surface is 3.04 °C. Heat is lost through the window via conduction, and the heat lost per second has a certain value. The temperature outside begins to fall, while the conditions inside the house remain the same. As a result, the heat lost per second increases. What is the temperature in degrees Celsius at the outside window surface when the heat lost per second doubles? Number i Tin. Tout, initial Heat flow Before temperature drop Units Tin Tout, final Heat flow Heat flow After temperature drop

In a house the temperature at the surface of a window is 29.5 °C. The temperature outside at the window surface is 3.04 °C. Heat is lost through the window via conduction, and the heat lost per second has a certain value. The temperature outside begins to fall, while the conditions inside the house remain the same. As a result, the heat lost per second increases. What is the temperature in degrees Celsius at the outside window surface when the heat lost per second doubles? Number i Tin. Tout, initial Heat flow Before temperature drop Units Tin Tout, final Heat flow Heat flow After temperature drop