The four outer planets are all significantly larger than the four inner planets. Beyond that there's no simple relationship.
The size of the planets (from smallest, 1, to largest, 8) in order of distance from the Sun:
1, 3, 4, 2, 8, 7 ... and then it gets vague. If you go by radius, the last two are 6, 5 and if you go by mass they're 5, 6 (either way, they're nearly twins).
yes, there are.
the difference is:
* the closer the planet to the sun the smaller the orbit is, the smaller the orbit, the faster the revolution ( the movement of the planet around the sun)
No, the farther the planet the less energy from the sun it receives.
no, because Venus is more hotter than Mercury even though Venus is the 2nd planet from the sun and Mercury is the first planet from the sun.
The distance a planet is from the Sun determines how much solar radiation is receives. Planets that are further receive less and thus are often colder. That is unless their atmospheres trap the energy received from the Sun. This is the case with Venus, which is the hottest planet in the solar system due to its thick atmosphere and runaway greenhouse affect.
The distance a planet is from the Sun determines how much solar radiation is receives. Planets that are further receive less and thus are often colder. That is unless their atmospheres trap the energy received from the Sun. This is the case with Venus, which is the hottest planet in the solar system due to its thick atmosphere and runaway greenhouse affect.
The further you go away from the sun the less heat and light you receive.There is an inverse square relationship between the distance and the amount of solar energy that strikes a planet.So, if a planet is twice (2 x) as far away from the Sun as the Earth is, it receives only one quarter (1/4) the amount of energy, three times (3 x) as far receives only one ninth (1/9) the energy, and so on.That's the basic theory, but there are other factors that can affect the actual temperature on the surface of a planet.For example, the "greenhouse effect" makes Venus much hotter than predicted.
Pluto is extremely cold, due to being so far from the Sun. It receives less than 1% of the sunlight energy that reaches Jupiter, which is itself a fraction of what Earth receives.
At its aphelionThe aphelion is the point in the orbit of a planet or comet that is at the greatest distance from the sun.
Mars is the closest planet to the sun, and receives the most energy.
Energy emitted by the Sun Distance from the Sun Reflectance of the planet Radius of the planet Green house effect of the planet's atmosphere
well what affects solar energy i dont have a clue the question is what affects the amount of the solar energy that the planet receives.....
distance and atmosphere
no
It is Jupiter
Yes, they receive energy from the Sun. The power received from the Sun by a planet is 1.36 kilowatts per square metre divided by the square of the planet's distance from the Sun in astronomical units. Neptune receives only about 1½ watts per square metre.
The distance a planet is from the Sun determines how much solar radiation is receives. Planets that are further receive less and thus are often colder. That is unless their atmospheres trap the energy received from the Sun. This is the case with Venus, which is the hottest planet in the solar system due to its thick atmosphere and runaway greenhouse affect.
The distance a planet is from the Sun determines how much solar radiation is receives. Planets that are further receive less and thus are often colder. That is unless their atmospheres trap the energy received from the Sun. This is the case with Venus, which is the hottest planet in the solar system due to its thick atmosphere and runaway greenhouse affect.
Neptune
neptune
The farther away from the sun the planet is, the more space it has to cover. Therefore, the planets distance from the sun whereas, if i am half the distance from Earth/Sun, that planet will get more energy. But if I am twice the distance from Earth/Sun, I will receive less energy.