explain the forms of condensation in detail.
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"Giving out" > the air itself has not reached its dew-point, and no floating dew is visible. Only air that touches a cold surface, shrinks, reaches its dew point, and leaves behind water. All plants in deserts live and survive using this process; and in moderate climates, plants survive periods of drought by using the 'giving out' phenomenon. The Groasis Waterboxx plantcocoon® copies this process;
Dew > only the lowest part of air above the soil, in the lowest point of a valley, or in a canal, reaches the dew point. In general, we see beautiful horizontal layers of dew;
High humidity > the whole mass of air is slightly saturated, but visibility is still OK;
Mist > the whole air is heavily saturated with water, and visibility is bad;
Clouds around mountain tops > warm air rising against the slope gets colder, reaches its dew point, and shows itself as clouds;
Clouds > close to Earth it's warm enough to avoid the dew point; but higher up, it's colder and clouds develop.
3 types of precipitation:
Floating water molecules bind to each other (cohesion) and become too heavy to float. When they fall, we call this ‘rain’;
Floating water molecules bind to each other, freeze into irregular lumps of ice, and become too heavy to float. When they fall, we call this ‘hail’;
Floating water molecules bind to each other, become crystalline water (i.e. ice) too heavy to float. When they fall, we call this ‘snow’.
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Dew > only the lowest part of air above the soil, in the lowest point of a valley, or in a canal, reaches the dew point. In general, we see beautiful horizontal layers of dew;
High humidity > the whole mass of air is slightly saturated, but visibility is still OK;
Mist > the whole air is heavily saturated with water, and visibility is bad;
Clouds around mountain tops > warm air rising against the slope gets colder, reaches its dew point, and shows itself as clouds;
Clouds > close to Earth it's warm enough to avoid the dew point; but higher up, it's colder and clouds develop.
3 types of precipitation:
Floating water molecules bind to each other (cohesion) and become too heavy to float. When they fall, we call this ‘rain’;
Floating water molecules bind to each other, freeze into irregular lumps of ice, and become too heavy to float. When they fall, we call this ‘hail’;
Floating water molecules bind to each other, become crystalline water (i.e. ice) too heavy to float. When they fall, we call this ‘snow’.
.
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