As of may 2014, the water temperature of Mirror Lake, in Lake Placid, New York, is 58 degrees. The normal temperature for this time a year is 65 degrees.
Density Current
temperature, current, and turbidity A+temperature, current, and turbidity
When water vapor touches a mirror, it condenses into liquid water due to the temperature difference between the vapor and the mirror surface. This condensation creates a thin film of water droplets on the mirror's surface, causing it to appear foggy or misty.
When you breathe out on a mirror, the warm water vapor in your breath comes into contact with the cool surface of the mirror. This temperature difference causes the water vapor to condense into tiny water droplets, creating the foggy effect on the mirror.
When heat and moisture are introduced into a room (like when a hot shower runs in the bathroom), temperature and humidity (the air's water vapor content) increase. The mirror is colder and therefore so is the air right next to the mirror. With the temperature and humidity higher elsewhere in the room - and knowing there can be more water vapor in the air when the air is warmer - the cooling effect of the mirror causes the air right next to it to saturate (since more water vapor can be in the air when the air is warmer). The temperature in this small area drops to or below the dew point, and water begins to condense.
Water molecules in the air condense onto the surface of the mirror due to a decrease in temperature, forming tiny droplets. The droplets accumulate and spread on the mirror surface due to gravity and surface tension, forming a thin film of water. Over time, the water evaporates back into the air as the temperature increases, completing the cycle.
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The oceans current are contain stream like movements of water call ocean current
The mirror get "moisturized" when you blow on it since your breath has water vapors in it. Once you breathe or blow onto the mirror, the water vapors from your mouth go onto the mirror and cool down, causing it to look like a cloudy surface.
When you breathe onto a mirror, the warm, moist air from your breath is condensed into water droplets when it comes into contact with the cooler surface of the mirror. This condensation forms because the mirror is cooler than the temperature of your breath, causing the water vapor to transition from a gas to a liquid state.