radition
On a clear night, temperatures tend to drop more rapidly as heat escapes into the atmosphere. Cloudy nights act as a blanket, trapping some heat and causing temperatures to not drop as much as on clear nights. This can result in warmer temperatures on cloudy nights compared to clear nights.
Dew drops form more rapidly on clear nights because the absence of clouds allows for greater heat loss from the Earth's surface through radiation. Without clouds to trap heat, the ground cools quickly, causing the temperature to drop to the dew point, where moisture in the air condenses into droplets. In contrast, cloudy nights retain some of the heat, preventing the surface temperature from dropping sufficiently to facilitate dew formation.
Relative humidity is typically higher at night because the temperature drops, which decreases the air's ability to hold moisture. This means that the existing water vapor in the air becomes more concentrated, leading to higher relative humidity levels.
During a clear night, heat from the surface of the Earth radiates out into space since there are no clouds to trap it. Clouds act as a blanket, trapping heat near the surface and preventing it from escaping, which leads to warmer temperatures on cloudy nights compared to clear nights.
because of the greenhouse effect
On Earth on a clear night the temperature drops more than on a cloudy night why
On a clear night, the temperature typically drops more significantly due to the lack of cloud cover, which allows heat to escape into the atmosphere. In contrast, a cloudy night tends to retain heat, as clouds act like a blanket, insulating the surface and preventing rapid cooling. As a result, the temperature change on a clear night is generally greater than on a cloudy night.
On a cloudy night, the general air temperature tends to be warmer compared to a clear night. The cloud cover acts as an insulating layer, trapping heat radiating from the Earth's surface. This results in reduced temperature drops during the night, often leading to a more mild and stable atmosphere. Consequently, cloudy nights are typically associated with less temperature variation and a more comfortable feel compared to their clear counterparts.
Any time - slightly more likely at night since temperature drops at night.
On a clear night, temperatures tend to drop more rapidly as heat escapes into the atmosphere. Cloudy nights act as a blanket, trapping some heat and causing temperatures to not drop as much as on clear nights. This can result in warmer temperatures on cloudy nights compared to clear nights.
Dew drops form more rapidly on clear nights because the absence of clouds allows for greater heat loss from the Earth's surface through radiation. Without clouds to trap heat, the ground cools quickly, causing the temperature to drop to the dew point, where moisture in the air condenses into droplets. In contrast, cloudy nights retain some of the heat, preventing the surface temperature from dropping sufficiently to facilitate dew formation.
These are called dew drops. They form when the temperature of the surface cools down causing water vapor in the air to condense and form small droplets of water. Dew is more likely to form on clear, calm nights when the temperature drops close to the dew point temperature.
On a clear night. Clouds will prevent the heat that the earth has collected during the day because of the sun, to evaporate at night.
The desert biome experiences the largest temperature drop between day and night. During the day, temperatures can soar due to intense sunlight, often exceeding 100°F (38°C), while at night, they can plummet to near freezing or even lower. This significant diurnal temperature variation is mainly due to the lack of moisture and vegetation, which limits heat retention. As a result, deserts can have temperature drops of 50°F (28°C) or more from day to night.
Relative humidity is typically higher at night because the temperature drops, which decreases the air's ability to hold moisture. This means that the existing water vapor in the air becomes more concentrated, leading to higher relative humidity levels.
Please be more clear in your question as I have absolutly no idea what you are saying (10 handicap)
Crystallization occurs near the freezing point. As the temperature drops more and more material joins a crystal. If the temperature drops suddenly, a solid is formed and not a crystal. Thus, most carbon deposits are graphite or solid carbon. The temperature dropped too fast for the diamond crystal to form.