This gas giant contains most of the mass in the Solar System aside from that of the Sun itself. Most of this is hydrogen and helium, including tri-helium which is valuable for fusion reactors. A small percentage, but a giant absolute quantity, consists of heavy metals in the lithosphere. This lithosphere is small compared to Jupiter's diameter, but is probably bigger than the whole Earth. Unfortunately, the lithosphere is deep beneath the Jovian atmospheric surface, and exists under conditions of heat and pressure so great that no materials we can currently create would survive for more than instants on its surface. Perhaps several centuries from now we will be able to build machines capable of operating under such extreme conditions. In the meantime, suffice it to say that any culture which could solve the many problems of living on or in Jupiter would have more matter to exploit than the whole rest of the Solar System (again not counting the Sun itself) put together.
Source: http://tribes.tribe.net/scifiparables/thread/40f0af65-714b-4483-962f-57d7341face9
Answered by: http://alfonsoycia.blogspot.com
At a convergent boundary, two lithospheric plates are colliding. This collision can involve oceanic lithosphere converging with either oceanic or continental lithosphere, or continental lithosphere converging with continental lithosphere. The type of lithosphere involved in the collision influences the resulting geological features, such as subduction zones or mountain ranges.
A geologist studies the lithosphere, which includes the Earth's crust and upper mantle. They investigate the composition, structure, and processes that shape the lithosphere, such as plate tectonics and rock formations.
A geologist typically studies the lithosphere, which is the outermost layer of the Earth's surface. They focus on the composition, structure, and processes of the lithosphere, including rocks, minerals, and tectonic plate movement.
The lithosphere does not have a specific color as it refers to the outermost layer of the Earth composed of the crust and part of the upper mantle. The lithosphere can vary in color depending on the type of rock that makes up the crust in a specific location.
The crust and the upper mantle are a geological part of the earth called the lithosphere. There are 2 parts of the lithosphere: the oceanic lithosphere, which is made up of land underneath water, and the continental lithosphere, which is the the part made of just land. The lithosphere lies on top of the asthenosphere. The lithosphere is made up of tectonic plates, which are pieces of land floating on the lithosphere.
they are on oceanic lithosphere.
Jupiter is a gas planet, there is no rock there.
At a convergent boundary, two lithospheric plates are colliding. This collision can involve oceanic lithosphere converging with either oceanic or continental lithosphere, or continental lithosphere converging with continental lithosphere. The type of lithosphere involved in the collision influences the resulting geological features, such as subduction zones or mountain ranges.
gaseous
A geologist studies the lithosphere, which includes the Earth's crust and upper mantle. They investigate the composition, structure, and processes that shape the lithosphere, such as plate tectonics and rock formations.
A geologist typically studies the lithosphere, which is the outermost layer of the Earth's surface. They focus on the composition, structure, and processes of the lithosphere, including rocks, minerals, and tectonic plate movement.
Jupiter is a gas giant so you cant stand on it. it is mainly helium
The movement of convection currents in the mantle is believed to have caused the Earth's lithosphere to break into plates. These currents create stress within the lithosphere, leading to the formation of tectonic plates.
Hydrogen and helium
circular ones
A divergent plate boundary.
The lithosphere does not have a specific color as it refers to the outermost layer of the Earth composed of the crust and part of the upper mantle. The lithosphere can vary in color depending on the type of rock that makes up the crust in a specific location.