Final answer:
The subject query relates to Physics, specifically the function of thermometers in measuring temperature. Three scales of temperature measurement are Fahrenheit, Celsius, and Kelvin. An experiment demonstrates how shielding or exposing a thermometer affects its reading, as does the application of an evaporative substance like nail polish remover.
Step-by-step explanation:
The question is related to an experiment involving a thermometer and how it measures temperature when exposed to different conditions. Thermometers are devices that measure temperature by using materials that expand or contract when heated or cooled, such as mercury or alcohol. Three different scales commonly used for measuring temperature are Fahrenheit, Celsius, and Kelvin.
The student's question is asking what happens to the reading on a thermometer when it's taken from one temperature environment to another. To answer the hypothetical question, you need to understand how a thermometer reacts to temperature changes. For example, if a thermometer is taken from a warmer room to cooler outdoors, the temperature reading will decrease as the thermometer adjusts. If taken from a cooler room to warmer outdoors, the reading will increase.
As for the take-home experiment, when you place a thermometer shielded by aluminum foil in the sun, it's protected from direct heat, showing a certain temperature. Removing the shield exposes the thermometer to more direct sunlight, thereby increasing the temperature reading. Wrapping the thermometer in a handkerchief soaked in nail polish remover and exposing it to the sunshine will likely show a drop in temperature due to the cooling effect of the evaporating solvent.