Yes, landforms exist on other planets. For example, Mars has mountains, valleys, canyons, and even volcanoes. Venus has highland areas and plains, and the Moon has craters, mountains, and valleys. These landforms are a result of geological processes similar to those on Earth, such as volcanism, tectonics, and impact cratering.
Yes, landforms exist on other planets and moons in our solar system. For example, Mars has mountains, valleys, and canyons while Earth's moon has craters and mountain ranges. Venus has volcanoes and a mountain higher than Mount Everest. Each celestial body has its unique geologic features shaped by its specific conditions.
Planets do not exist on other bodies, they orbit the sun independent of one another. The planets are easily visible from the moon. In fact they are probably even more easily seen than they are from Earth due to the moon's lack of an atmosphere.
Not yet, but, as we have discovered water on various planets and moon, the possibility of life - as we know it - does exist.
No, they exist on the planets Venus and Mars as well as Io, a moon of Jupiter.
None. The moon is closer than the other planets, so it will obstruct other planets.
Lunar landforms are landforms on the moon
the moon isn't a planet. it's a moon.
how can i have friends.
No. The only planets without a moon are Mercury and Venus all the other planets have anywhere from one moon to more than sixty.
As of now, the only planet known to have its own moon is Earth. Other planets in our solar system have moons but no planets of their own. In our solar system, moons primarily orbit around planets rather than planets orbiting around other planets.
The moon's effect on other planets is minimal compared to its influence on Earth. The moon's gravity can cause slight motions in the planets, but these effects are typically very small due to the planets' larger size and distance from the moon. Overall, the moon primarily affects Earth's tides and to a lesser extent, the movement of celestial bodies within our solar system.