The hot temperature on Neptune is due to its internal heat that is leftover from its formation. Additionally, the extreme pressure in Neptune's atmosphere compresses and traps heat, contributing to its high temperature. The planet also receives a small amount of heat from the sun, despite being far away from it.
Neptune is thirty times farther from the Sun than we are, and is so far away that the Sun just looks like a star, so as you can imagine the upper atmosphere is freezing cold - just -225 degrees Celsius! This is extremely cold. However, inside Neptune it is hot - very hot - and reaches tens of thousands of degrees, hotter than the surface of the Sun! This immense difference between Neptune's bitterly cold upper atmosphere and seething hot core causes huge convection currents to flow through the planet, stirring its air and causing Neptune to have the fastest winds in the solar system.
Mercury is colder than Neptune. Mercury's average temperature is about -290 degrees Fahrenheit (-179 degrees Celsius), while Neptune's average temperature is around -355 degrees Fahrenheit (-215 degrees Celsius).
Temperature relies on distance from the Sun. In order the planets are ... Mercury Venus Earth Mars Jupiter Saturn Uranus Neptune Pluto So Mercury is hottest as it is closest to the Sun Mars is closer than Neptune, so is hotter. So Neptune is colder.
Uranus and Neptune have similar temperatures because they are both gas giants located far from the Sun, so they receive little heat from it. The internal heat generated by the planets themselves contributes to their temperature. Additionally, their atmospheres trap the heat, leading to similar temperature profiles.
The sun facing half is heated by the Sun, so it is hot. The half facing away form the Sun is in shadow so this half is cool.
Neptune is thirty times farther from the Sun than we are, and is so far away that the Sun just looks like a star, so as you can imagine the upper atmosphere is freezing cold - just -225 degrees Celsius! This is extremely cold. However, inside Neptune it is hot - very hot - and reaches tens of thousands of degrees, hotter than the surface of the Sun! This immense difference between Neptune's bitterly cold upper atmosphere and seething hot core causes huge convection currents to flow through the planet, stirring its air and causing Neptune to have the fastest winds in the solar system.
Because the temperature on Neptune is so extreme, it is unlikely to be able to support life. The temperature on the planet ranges from -270 to -380 degrees.
Mercury is colder than Neptune. Mercury's average temperature is about -290 degrees Fahrenheit (-179 degrees Celsius), while Neptune's average temperature is around -355 degrees Fahrenheit (-215 degrees Celsius).
Its quit tricky. Answer is yes. Its because of the electro magnetic radiations of sun that causes high temperature at surface. So surface temperature is nearly same to core temperature
Temperature relies on distance from the Sun. In order the planets are ... Mercury Venus Earth Mars Jupiter Saturn Uranus Neptune Pluto So Mercury is hottest as it is closest to the Sun Mars is closer than Neptune, so is hotter. So Neptune is colder.
No, the temperature will not rise if it's already hot. Temperature is a measure of the intensity of heat present in a substance, so if it's already hot, the temperature will remain constant until there is a change in the heat input or output.
Uranus and Neptune have similar temperatures because they are both gas giants located far from the Sun, so they receive little heat from it. The internal heat generated by the planets themselves contributes to their temperature. Additionally, their atmospheres trap the heat, leading to similar temperature profiles.
No. Neptune does not have a solid surface. So even if we could overcome the temperature problem (which we probably could) there is nothing to build such a structure on.
Carbon dioxide is a gas at room temperature, so it does not have a specific hot or cold temperature. Its temperature depends on the environment it is in.
Neptune. The cold atmosphere and temperature causes so much ice and snow-like conditions it's physically unable for any species to habitat there. [This is my 1st Answer ever, I hope i did this correct]
A light bulb is created when a filament becomes so hot that it glows. The high temperature causes the metal filament to emit light, which produces illumination in the bulb.
The sun facing half is heated by the Sun, so it is hot. The half facing away form the Sun is in shadow so this half is cool.