The air temperature in a cool region underneath cloud cover will have a higher dew point than the air temperature in a region with no cloud cover. This is because the clouds act as insulation, trapping heat and moisture underneath them. As a result, the air underneath the cloud cover will be cooler but more saturated with moisture, leading to a higher dew point temperature.
it makes the temperature cooler.
Cloud cover is a noun. "Expect lots of cloud cover today."
Yes, a cool region underneath a cloud can have higher pressure than a region without cloud cover. This is because the cooling effect of the cloud can lead to a decrease in temperature and an increase in air density, which in turn can result in higher pressure at the surface.
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Cloud cover does not have a temperature. It affects the rate of heating or cooling.
Clouds act as a sort of buffer between the sun and the desert, as a result when there is no cloud cover the temperature would rise a bit. This rise in temperature would take place because the sun rays would be coming through "full blast"
The air temperature in a cool region underneath cloud cover will have a higher dew point than the air temperature in a region with no cloud cover. This is because the clouds act as insulation, trapping heat and moisture underneath them. As a result, the air underneath the cloud cover will be cooler but more saturated with moisture, leading to a higher dew point temperature.
Air underneath cloud cover in a cool region will likely have higher humidity levels compared to a region with no cloud cover. Additionally, the temperature under cloud cover may be slightly warmer due to the trapping of heat by the clouds. Lastly, cloud cover can also reduce the amount of sunlight reaching the surface in the cool region, impacting the overall temperature and weather conditions.
it makes the temperature cooler.
it makes the temperature cooler.
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It does not necessarily get hotter at night. The temperature can vary depending on various factors such as cloud cover, humidity, and wind patterns. At night, the lack of sunlight can cause temperatures to drop, but other factors can also influence the temperature.
The diurnal temperature range (DTR) is the difference between the daily maximum and minimum temperature. Changes in DTR have multiple possible causes (cloud cover, urban heat, land use change, aerosols, water vapor and greenhouse gases). Different regions are affected by different factors. Some researchers say decrease of DTR is evidence of "climate change". Others say the decrease in DTR leveled off in the 1990s.
The dates of maximum and minimum temperatures do not coincide with the dates of maximum and minimum insolation because temperature is not only affected by the amount of incoming solar radiation but also by factors like cloud cover, humidity, and heat capacity of the surface. These factors can cause delays in the heating and cooling of the Earth, resulting in differences between the timing of maximum insolation and maximum temperature.
Earth's average cloud cover is around 67%. This can vary greatly depending on factors such as location, time of year, and weather patterns. Cloud cover plays a significant role in regulating the Earth's temperature by reflecting sunlight and trapping heat.
Thick cloud cover can act as a blanket, trapping heat and causing the surface temperature to increase. Conversely, it can also reflect sunlight back into space, leading to a cooling effect on the surface temperature. The net effect depends on factors such as cloud altitude, composition, and thickness.