Yes, but it is not the only thing that affects the planet's temperature. For example
Mercury, the closest planet to the Sun roasts on one side and is extremely cold on he dark side because it has no atmosphere.
Venus is closer to the Sun than the Earth and is hotter than it should be because of a runaway greenhouse effect caused by it's super dense atmosphere of Carbon Dioxide.
Mars , the next planet after Earth, is colder than it should be because most of it's atmosphere has leaked away into space
Some moons of planets in the outer solar system are hotter than they should be due to tidal forces deforming them, or due to internal radioactive decay.
To sum up, the presence of an atmosphere, it's density and types of gases it is made from has more to do with a planet's surface temperature than it's distance from the Sun.
All planets in our Solar System are located within a different orbital range from the sun as counted in distances usually in Astronomical Units, or the average distance between the Earth and the Sun. The Inverse-Square law states that a specified physical quantity (In this case distance) is inversely proportional to the square of the distance from the source of that physical quantity. This means that Earth is sitting at a comfortable distance of one astronomical unit or about 93 million miles while Jupiter is about 5au. Therefore the intensity of Sunlight that Jupiter gets is 25 times weaker then the Earth.
In general the planets closer to the Sun are warmer.
The temperature of the planets depends on the atmosphere of the planet more than the distance from the sun. Hypothetically, though, if all the planets had identical atmospheres, the temperature of each planet would be directly proportional to the distance from the sun.
Sunlight is the source of warmth for planets. The amount of sunlight is inversely proportional to the square of the distance from the Sun. Hence, more distant planets get a lot less sunlight and are a lot colder.
However, other things can also affect a planet's surface temperature.
For example:
1) Slow rotation can mean large differences between "daytime" and "night"
temperatures, eg. Mercury.
2) Greenhouse effect, eg. Venus.
3) Internal heat source, eg. Jupiter, Neptune.
4) The planet's "albedo". That's a measure of how much sunlight and other radiation a particular planet reflects.
It relates because if the planet is closer resieves more light from the sun.
if you are asking "what is the relation of the planet's temperature to it's distance from the sun" then the answer is: Planets closer to the sun tend to be warmer than planets further from the sun.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
Yes, the planets temperatures do have something to do with the life that exists on the planet because mostly Uranus's temperature is -210 °C. In this type of weather the life that could exist has to be a fur covered species so that it can survive the temperature conditions on the planet.
The farther a planet is from the sun, the cooler it is, except that this is not true about Mercury and Venus. Also, the farther a planet is from other planets, the cooler it is, except that this is not true about Mercury and Venus. The distance that a planet is from comets, asteroids, other stars besides the Sun, meteoroids, or major league baseball teams has no effect on their temperature.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
if you are asking "what is the relation of the planet's temperature to it's distance from the sun" then the answer is: Planets closer to the sun tend to be warmer than planets further from the sun.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
Roughly speaking, as you go farther away from the Sun, planets get colder.
the distance from the planets is 6.5 million miles between each planet.
Yes, the planets temperatures do have something to do with the life that exists on the planet because mostly Uranus's temperature is -210 °C. In this type of weather the life that could exist has to be a fur covered species so that it can survive the temperature conditions on the planet.
it has to do with the temperature on each planet
A "Goldilocks planet" is ANY planet that orbits its star at a distance from that star where the heat from the star means that any water present on the planet is in liquid form. This can be determined by measuring the stars temperature (its size and colour) and observing the planets orbital distance.
The temperature of a planet varies with the distance from the sun because the sun is hot and the closer something is to the sun, the hotter the object gets. The further away the planet from the sun, the colder the planet.
The farther a planet is from the sun, the cooler it is, except that this is not true about Mercury and Venus. Also, the farther a planet is from other planets, the cooler it is, except that this is not true about Mercury and Venus. The distance that a planet is from comets, asteroids, other stars besides the Sun, meteoroids, or major league baseball teams has no effect on their temperature.
The distance of the planets from the sun does not change because of the gravity surrounding each planet is pulling them into continuous orbit.