Their exteriors are much colder, as they get little heat from the Sun. Deeper within their dense atmospheres, they are hotter. Jupiter and Saturn both have the ability to generate heat internally, which makes them warmer than they would be without it, but the mean temperature of Jupiter is still -162 Fahrenheit, and Saturn is -218 Fahrenheit. The clouds of Uranus and Neptune are colder still.
All eight planets have a surface temperature, though it varies as the planets distance from the sun varies. Closer planets to the sun generally have a higher surface temperature, while further planets have a colder surface temperature.
Colder
Venus has the highest surface temperature of the 4 terrestrial planets. The gas giants have hotter interiors, but they do not have the same differentiation of surface/atmosphere that the smaller planets do. Venus has the hottest Earth-like location that human technology can currently access, and is especially interesting because of the planet's similarities to Earth in composition and size.
Colder, much colder.
The inner planets are similar in their composition, which is mostly iron and various types of rock.
The four inner, or rocky planets, sometimes known as the terrestrial planets. These are closer to the sun and are hotter.
The inner ones are hotter and the outer ones are colder
All eight planets have a surface temperature, though it varies as the planets distance from the sun varies. Closer planets to the sun generally have a higher surface temperature, while further planets have a colder surface temperature.
No. Blue stars are the hottest stars, far hotter than any planet.
Colder
Colder
Colder
Yes, heat DOES transfer from the colder to the hotter body but there is a NET heat transfer from the hotter to the colder body.
Things get hotter because of the sun, and things get colder because of the snow
hotter
Hotter the temperature the hotter the water or the colder the temperature the colder the water gets
No heat does not flow from colder to hotter. It flows from hot to cold.