The asthenosphere contains partially molten rock material that is capable of flow under pressure. This layer lies beneath the lithosphere and plays a crucial role in the movement of tectonic plates.
The inner core is solid due to the extreme pressure at its center, which compresses the iron and nickel into a solid state even at high temperatures. The inner core's solid nature allows it to maintain its structure and resist the extreme temperatures present in the Earth's core.
Heat and pressure are the two forces needed to create a metamorphic rock. Heat causes minerals within existing rocks to recrystallize, while pressure causes the minerals to align in specific directions, resulting in the formation of a metamorphic rock.
The high pressure at the center of the Earth keeps the inner core in a solid phase, despite the extreme temperatures. The pressure prevents the iron in the inner core from melting, maintaining its solid structure.
The inner core of the Earth is the hottest layer, with temperatures reaching up to 11,000 degrees Fahrenheit. The inner core is made of solid iron and nickel, despite the extreme temperatures, due to the immense pressure at that depth.
No because the temperatures in space are extreme because there is no gravity in space.
When exposed to extreme temperatures and pressure, rocks can metamorphose into new forms such as gneiss, schist, and marble. These changes occur due to the re-crystallization of minerals within the rock under high heat and pressure conditions.
Objects in space experience extreme temperatures in space becuase space is a vacuum.
The asthenosphere contains partially molten rock material that is capable of flow under pressure. This layer lies beneath the lithosphere and plays a crucial role in the movement of tectonic plates.
Atmosphere.
Atmosphere
No, because there is no surface to Jupiter, it is a gaseous planet with nowhere to land a spacecraft. Temperatures and pressure on Jupiter are also very extreme.
Extreme temperatures where?
Extreme pressure and temperatures, such as those found at the base of a thickened crust.
Extreme pressure and temperatures, such as those found at the base of a thickened crust.
because there isn't an atmosphere
Jupiter(: <----WRONG! It is Mercury.