The temperature of the sun stays constant. At night, you are facing away from the sun, and the Earth is beyween you and the sun.
The sun provides warmth during the day, while the temperature drops during the night when the sun is gone.
Sunset occurs during the transition from day to night. It is the time when the sun goes below the horizon, leading to a decrease in light and the beginning of twilight.
During the day, the surface of the sun can reach temperatures of around 10,000 degrees Fahrenheit. At nighttime, the sun's temperature doesn't suddenly drop; it remains incredibly hot due to its internal nuclear reactions, with temperatures over 9,900 degrees Fahrenheit on average.
They can do both, but it is up to them to decrease usage of fuels in order to increase planet temperature.
The temperature typically drops when the sun rises because during the night, heat radiates out into space causing the surroundings to cool down. Once the sun rises, it begins to warm up the Earth's surface and the surrounding air, leading to an increase in temperature.
The surface temperature of Earth usually decreases at night after the sun sets because there is no sunlight to provide warmth through radiation, causing the Earth's surface to lose heat to the atmosphere.
Lower solar input & higher infrared radiation at night could decrease Earth's temperature.
The sun provides warmth during the day, while the temperature drops during the night when the sun is gone.
temperature goes down at night and as temperature decrease the air can hold less water vapor/moisture
Usually, as the angle of incidence of the sun's rays decrease (i.e. when the sun is nearer to the horizon than to the zenith) the temperature decreases.
In the winter, our part of the Earth tilts away from the sun, and another tilts towards it, that is why we have winter when, say, Australia has summer. As the Earth moves around the sun, its tilt is adjusted to the sun depending on where we are. (The distance of the Earth to the sun is also a factor.
The sun can't reach the thermocline layer to heat that depth of water
At night, the Sun's electromagnetic radiation does not reach the dark side of Earth. Therefore the atmosphere on Earth's night side emits more energy into space than it absorbs, so the air temperature increases. this is because of fronts
The temperature cools down in the evening and at night when the sun sets and there is less direct sunlight.
The sun can't reach the thermocline layer to heat that depth of water
The sun warms the surface of the earth during the day. At night, especially a clear night, that heat rises from the earth into the atmosphere, lowering the temperature.
11,000 degrees on surface and 27,000,000 degrees in core