The top of a mountain is closer to the sun than the land around during the day it, but given that the sun is more than 90 million miles away, that difference is negligible. The higher you go up in the atmosphere, the colder it gets. This is because the air at high altitudes is less compressed than the air at low altitudes. When a gas is decompressed, it cools. This means that, above a certain altitude, it is almost perpetually below freezing, allowing snow to stay on mountain tops year round.
No, the sun has no mountains it's not suppose too! it doesnt have volcanoes either
The layer is the photosphere. (Granular cells on the Sun are the tops of convection current cells.)
not very close
Gravity. The gravitational pull of the sun keeps the earth close to the sun.
No, the sun can't have landforms like mountains or valleys because the sun isn't solid. The sun is made of plasma, which is like a hot gas.
It is warm ontop of a mountain because the mountains are close to the sun because of how tall they are
In the mountains themselves, the mountains have high peaks, deep valleys with stunning views to other mountain peaks, with fog that can cover the tops until the sun burns it away. However, these are "old" mountains, worn so they are lower. Pennsylvania also has rolling hills and valleys, with many rocky cliffs, where streams and rivers run in valleys.
No, the sun has no mountains it's not suppose too! it doesnt have volcanoes either
It's close to the sun
Yes, it is close to the Sun.
As long as we don't get burnt by the sun we can keep going close to it.
Perhelion gets close to the sun about January 3rd...
if a planet was to close to the sun it would burn up
Too Close to the Sun was created in 2009.
britain is famous for its snowy, but extremely hot weather. the sun is often seen buying sun cream at the shops.
No, the sun has no mountains it's not suppose too! it doesnt have volcanoes either
Yes they could have done when the sun was setting behind them or when the sun had not yet risen, it would depend where the mountains were.