In this part, you will explore how relative humidity affects you every day with real-world examples. The air temperature and the
relative humidity of the air can often impact the perceived temperature one feels, the rates and amount of condensation, or how quickly food spoils. To better understand these concepts, consider the following scenarios. You will sort each real-world scenario with its respective level of humidity. Drag the appropriate items into their respective bins. Each item may be sorted only once. A. Dew deposits on your vehicle early in the morning.
B. Feeling comfortable outside along a lake shore, even though it is a hot summer day.
C. Jet airplane condensation trails (i.e., human-made cirrus clouds) form behind the engines of a jet and linger in the sky for hours.
D. Bathroom mirror gets foggy after taking a shower.
E. Wet clothes hanging on a line or rack dry quickly.
F. Sweating profusely and your shirt remains soaked with sweat.
G. A food storage container which has fresh food with no mold.
1. High Relative Humidity
2. Low to Average Relative Humidity
High level: sweating profusely, the foggy mirror, the jet engines, and dew deposits.
Low to average: Includes Wet clothes, the comfortable outside feeling long a lakeshore on the hot summer day, and food storage no mold.
Explanation:
The humidity of the air impacts our lives on a daily basis, As humans are consciously aware of it. When the temperature and relative humidity are high, people often feel the high temperature as more uncomfortable like heat index.
The relative humidity also even affects the rate of food forms. Humans often try to adjust the humidity and temperature in the air by the climate control such as climate-controlled storage units.
These subs are useful in studying the ocean floor, where it is so deep that divers would be crushed by the water pressure. For example, research submersibles are used to study shipwrecks like the RMS Titanic.
