I'm not sure exactly what this means. However it is possible for the
temperature in some parts of the atmosphere to be higher than the surface
temperature of a planet.
The surface temperature of Venus is higher than the surface temperatures of the other inner planets because of its thick atmosphere.
Procyon b, an exoplanet orbiting the star Procyon, is generally thought to have a higher temperature compared to Tau Ceti, a star with a cooler spectral type. Procyon is a hotter, brighter star than Tau Ceti, which suggests that its planets would likely experience higher temperatures. However, the actual surface temperature of each exoplanet can vary based on their distance from their respective stars and atmospheric conditions. Thus, while Procyon itself is hotter, the specific temperatures of the planets depend on various factors.
Generally speaking, the further a planet is from the sun, the colder it is, since less of the suns energy reaches a given area of the planets surface. Other factors come into play though, such as the rotation of the planet, its composition, size and atmosphere. Venus is the hottest planet, though it is only second from the sun. this is because Mercury has no atmosphere, while Venus has a very thick, heat retaining atmosphere. Planet (in order from sun)Average temperature in 'CAverage distance from sun (km)Distance from the sun in AUMercury*6757,909,1750.387Venus462108,208,9300.723Earth14.05149,597,8901Mars-63227,936,6401.524Jupiter**-108778,412,0105.203Saturn**-1391,426,725,4009.537Uranus**-1972,870,972,20019.191Neptune**-2014,498,252,90030.069 *This is the average temperature at the equator. Unlike the other planets Mercury has a huge range in surface temperature due to lack of atmosphere. At the equator, the surface temperature on Mercury can range from 100K (-173'C) to 700K (430'C).**temperature at the 1.0 bar pressure level
As you go higher in the atmosphere, the temperature typically decreases. This is because the air at higher altitudes is less dense and has lower pressure, which leads to a drop in temperature. This decrease in temperature with altitude is known as the lapse rate.
Based on the graph, can you generalize that the higher the layer of the atmosphere (that is closer to the sun), the hotter the temperature? Why or why not
The surface temperature of Venus is higher than the surface temperatures of the other inner planets because of its thick atmosphere.
The surface temperature of Venus is higher than the surface temperatures of the other inner planets because of its thick atmosphere.
It's mainly to do with its closeness to the sun, compared with the other planets. Although mercury is closer, Venus is hotter due to it's thick carbon dioxide atmosphere, which holds the energy from the sun a lot better than mercury, which has no atmosphere.
As you go higher in the atmosphere, the temperature generally decreases. This is because the atmosphere becomes less dense and there are fewer molecules to retain heat.
the higher the temperature, the more moisture.
The greenhouse effect traps heat from the Sun. Venus and Earth display good
temperature and altitude
it gets coolder
less pressure and cooler temperature
No, you cannot generalize that the higher the layer of the atmosphere, the hotter the temperature. In the troposphere, temperature decreases with altitude due to the decreasing pressure and density of air. However, in the stratosphere, temperature actually increases with altitude because of the absorption of ultraviolet radiation by the ozone layer. Thus, temperature variations in the atmosphere depend on specific layers and their characteristics.
Yes. Due to effects with the Earth's atmosphere, the average temperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.
Not on your life. The highest layers of the atmosphere are the coldest, and the hottest season in the US occurs at the time when the Earth is farthest away from the sun.