Saturn doesn't have impact or volcanic craters as far as we know. Saturn is what is considered a gas giant, just like its neighbor, Jupiter. Because Saturn is almost entirely fluid, any impact would be like dropping a rock in water. The fluid would wave around but settle with no sign of an impact.
The center of Saturn, which is most likely solid, would be under such immense pressure that it would be forced to remain near perfectly round, even after the rock of a meteor finally made it down that far. And that's if it could. (It probably wouldn't.) We know what earth's atmosphere does to falling rocks, and Saturn is much more massive and has a lot of atmosphere. A falling rock would have to be large to have a chance of getting to the core of the planet. The hydrogen we suspect is present in large quantities in the lower atmosphere would be compressed to much that it would become metallic hydrogen. It would be extremely hard for a rock to fall thourgh something like that.
Recall what happened to Jupiter when the comet Shoemaker-Levy struck. There were dramatic pictures of the "damage" to the atmosphere caused by the chunks of debris falling into the grasp of the Jovian gravity well. But you can bet your bottom dollar that there was no "permanent" damage. Saturn would have had largely the same effect on the space rock. Massive gravity would have torn it apart when it got close, then the atmosphere would have burned it up
Use the link below to see a cutaway view of what we think things on Saturn are like.
Mars has the largest volcano we know about - Olympus Mons - there are also many other volcanoes.
Mars has impact craters just like the moon's - there are many of them
Mars has storms (dust storms) that can envelop the whole planet.
Since Saturn is (like Jupiter) entirely covered by thick clouds, there is no way for us to know. Eventually, a probe with a big enough mapping radar will be able to create a topographical map of the "surface" - if Saturn even HAS a "surface".
Saturn's moon, Titan, may possibly have volcanoes.
A dormant volcano has been "non active for a while but may become active at any time. An intermittent volcano has either been non active for a longer or shorter period but I'm not sure which. They don't have a whole lot of difference.
yes. Volcanic ash and there's a rock
Mars doesn't have any of these dimensions. Its shape is very close to being a sphere, so it has a radius (or diameter), but none of the dimensions listed in the question.
There are no volcanos in Cape Town, nor any sort of volcanic activity
Crater is at a Right Ascention of about 11h, meaning it's probably best visible in Northern Hemisphere spring. However, it's a faint constellation, and arguably there never is a "good" time to see it: none of its stars are above third magnitude.
Yes. Mars experiences massive dust storms.
The top of a volcano may be a peak, lava dome, vent, crater, or caldera (empty magma chamber), depending on the state of the volcano. The top of any mountain can be called its summit.
The Smiley Crater in Mars... it is shown in the movie The Watchmen
some weather occurs on mars when dust blows in the surface for brief intervals so yes mars has some dust storms
Any place the volcano opens up is called a vent since it allows for the release of built up heat and gas. The main summit of the volcano is usually called the crater but I'm guessing there is probably something more technical that a geologist would call it. Hopefully this helps.
There are dust storms and clouds on Mars. Winds are generated through the heating of the martian atmosphere. There are no water clouds like we see on earth though.
Pokemon Indago
the solar systems biggest volcano
An interesting feature of Mars is that there are volcanoes on its surface. There are also different types of erosion, canyons, and dust storms.
yes it has 3 types ignoa lylis and sagd
A lot of wind storms occur in the Sahara Desert, and in Asia deserts, but wind storms can occur in any hot, dry places that have loose ground.
Nisyros is considered an inactive volcano; but the volcano emit hydrogen sulphide, hot water vapours, etc. You can visit the island and also the Stefanos crater (the most important and spectacular) without any problems; you can descend on a path in the crater in 15 minutes.