Yes it does
more on hills, but yes cliffs work
Scarp
no
it is formed by erosion <3
Yes, Io does have cliffs and cracks on its surface. These features are a result of tectonic forces and volcanic activity on the moon, which have created a varied and rugged landscape.
Yes it does
Yes, Deimos has cliffs and cracks on its surface. These features are likely the result of impacts and other geological processes that have shaped the moon's terrain over time.
yes because we like pizza
Yes, Mercury has cliffs and cracks on its surface due to tectonic activity that occurred in the past. The formation of these features is linked to the planet's cooling and shrinking over time, causing the surface to crack and form steep cliffs.
Water can penetrate the small pores in gritstone cliffs. When the temperature drops, the water freezes and expands, putting pressure on the rock and causing cracks to form. Over time, repeated cycles of freezing and thawing can widen these cracks, eventually leading to the formation of larger fissures and eventual crumbling of the rock.
cracks in the moon's icy surface
Water exists in various forms across Jupiter's moons. For example, Europa is believed to have a subsurface ocean beneath its icy surface, while Ganymede and Callisto likely have liquid water layers beneath their icy crusts. On Jupiter itself, water exists primarily in the form of vapor in its atmosphere.
Freeze-thaw weathering occurs when water seeps into cracks in rocks, freezes, expands, and then thaws. This repeated cycle of freezing and thawing weakens the rocks by exerting pressure on the cracks, causing them to widen and break apart. In coastal cliffs, the presence of water from the ocean can accelerate the freeze-thaw process, leading to the gradual breakdown of the rocks over time.
antactica is ace, ice cascades causing cracks in cliffs. Penguins poddle pondering prawns and parents. Mighty mountains may disapeer in soft snow.... Antartica
The cliffs on Mercury, known as scarps, were likely created as the planet's interior cooled and contracted, causing the crust to break and form steep cliffs. This process is similar to how wrinkles form on a drying apple. The scarps are evidence of Mercury's shrinking over time.
No. The planet Jupiter is surrounding by a dense atmosphere of gases, mostly hydrogen, and does not have the solid surface of terrestrial planets such as Earth. The pressure near its rock core is so high that it is covered by liquid and even solid hydrogen at more than 11,000 degrees Celsius.