A billiard ball.
A plain.
They both change the Earth's surface quickly
local and prevailing winds are similar because they both flow in the same direction?
Both are about the same size, but the surface of Earth and Venus are different. Venus is mainly a rocky surface, with highlands, lowlands and plains, with no vegetation or seas.
Saturn's greater mass is compensated by its lower density. Stated another way, if you are on Saturn's "surface" (it doesn't really have any proper surface like the Earth), the center of Saturn is far away.
A plain.
Mars. However you are wrong in implying that Earth's surface IS cratered, it is not andy impact craters have been modified by Earth's geological processes and are not obviously visible today.
It is similar to the surface of the sun at about 5,700K (1K = 1C)
Something more substantial - a planet quite similar to Earth, in the sense that it has a solid surface. Mercury, Venus, and Mars are similar to Earth, in that they have a solid surface. Jupiter, Saturn, Uranus and Neptune are gas giants. They do not have a solid surface like Earth.
It has few similarities. It is approximately spherical (like the earth), it spins in the same direction as the earth. It does have a similar axial tilt as the earth (26.73 degrees) and has a similar equatorial surface gravity at 1.065g (where earth has 1g).
The rocks were similar to rocks formed by volcanoes on Earth, suggesting that vast oceans of molten lava once covered the moon's surface.
They both change the Earth's surface quickly
ti will tack for every in a day
local and prevailing winds are similar because they both flow in the same direction?
Both are about the same size, but the surface of Earth and Venus are different. Venus is mainly a rocky surface, with highlands, lowlands and plains, with no vegetation or seas.
Rock 2 rocl melt
Antarctica's surface is similar to that of the moon in that it is rocky.