Mercury has no atmosphere so the temperature change drastically from hot to cold.
Venus has thick atmosphere of carbon dioxide, thick atmosphere of carbon dioxide fosters greenhouse effect. Even night or day. It is still hot.
Earth has variety of temperature zone. We have equator where we receive high dose of solar radiation, temperate zone partly receives solar radiation, polar zone receive a little solar radiation.
Mars has thin atmosphere. So it somehow regulates a little of the temperature.
Coldness of a Planet is dependent on the solar radiation it received during day/night, plus the atmosphere which regulates the temperature.
Mercury has no atmosphere, so it experiences extreme temperature variations between day and night. Venus has a thick atmosphere that traps heat, leading to its extremely high surface temperatures. Mars has a thin atmosphere, which is not effective at trapping heat, resulting in cold surface temperatures.
All of the planets except Mercury and Venus, which have no moons, have at least one moon that lacks an atmosphere.
The lack of atmosphere on a planet can result in extreme temperature variations between day and night, as well as high levels of radiation from the sun. Without an atmosphere to trap heat, temperatures can drop drastically at night. Additionally, the absence of atmospheric pressure can make it difficult for liquid water to exist on the planet's surface.
The planet may experience wide temperature extremes due to the thin atmosphere's inability to retain heat. The presence of carbon dioxide in the atmosphere may contribute to a greenhouse effect, further influencing the planet's climate. The lack of a thick atmosphere may also leave the surface exposed to harmful solar radiation.
A young planet is a planet that has recently formed and is still in the early stages of its development. These planets are typically hot, with high levels of volcanic activity and a lack of a stable atmosphere or surface features.
Mercury. Mercury's atmosphere was blown away by powerful solar winds because of the planet's low gravity, due to its small size. This planet's high temperature is due to its proximity to the sun. Because of Mercury's lack of sufficient atmosphere, the planet is unable to moderate its range of surface temperatures.
Mars cooled over time due to its smaller size and lack of significant tectonic activity, which reduced its internal heat. Additionally, Mars lost much of its atmosphere, which was once thicker and acted as insulation, causing the planet to cool further. The lack of a magnetic field also contributed to the loss of atmosphere and resulting cooling of Mars.
Mercury has no atmosphere, so it experiences extreme temperature variations between day and night. Venus has a thick atmosphere that traps heat, leading to its extremely high surface temperatures. Mars has a thin atmosphere, which is not effective at trapping heat, resulting in cold surface temperatures.
Because of a due to lack of air, gravity, and because it is a dwarf planet and it is really away from the sun so it is really cold there.
The Moon's gravity causes the lack of atmosphere (any possible atmosphere evaporates out into space in a fairly short time); and the lack of atmosphere causes the extreme temperatures.
All of the planets except Mercury and Venus, which have no moons, have at least one moon that lacks an atmosphere.
Mercury is the planet that has surface features that can last for billions of years due to its lack of erosion. The lack of an atmosphere and geological activity on Mercury means that impacts from space are the primary process that shapes its surface features.
Meg feels cold and weak when she leaves Camazotz because the oppressive environment of the planet has drained her energy and spirit. Camazotz is characterized by its uniformity and lack of individuality, which can be emotionally and physically exhausting. As she escapes the control and darkness of the planet, the sudden shift in atmosphere leaves her feeling vulnerable and disoriented. This reflects the impact of the battle against conformity and the struggle for personal strength.
The lack of atmosphere on a planet can result in extreme temperature variations between day and night, as well as high levels of radiation from the sun. Without an atmosphere to trap heat, temperatures can drop drastically at night. Additionally, the absence of atmospheric pressure can make it difficult for liquid water to exist on the planet's surface.
Without an atmosphere or weather, a planet would not have sedimentary rocks. Sedimentary rocks form from the accumulation and compression of sediments by water, wind, or ice - processes that require an active atmosphere and weather system to transport the sediments.
Mercury and Mars are the only planets without an atmosphere, not including dwarf or exoplanets. This isn't necessarily due to a lack of gravity, however, because Mars is larger than Venus, which definitely has an atmosphere, and gravity is linked to mass.
It froze because of the lack of atmosphere