The lithosphere is the outermost sphere of the solid Earth, consisting of the crust and the upper part of the mantle. The lithosphere is largely important because it is the area that the biosphere (the living things on earth) inhabit and live upon.
If it weren't for the tectonic plates of the lithosphere there would be no change on Earth. Tectonic plates shift due to convection currents lower down in the mantle, and this can cause the formation of mountains, the eruption of volcanoes, and earthquakes. While this can be devastating in the short-run, long term benefits are the formation of new plant life, the creation of new habitats and encouraging adaptation.
It is also the source of almost all of our resources, and is rich in elements like iron, aluminium, calcium, copper and magnesium, which humans have used for tools and machinery for millennia.
When the biosphere interacts with the lithosphere, organic compounds can become buried in the crust, and dug up as oil, coal or natural gas that we can use for fuels.
In combination with the atmosphere and hydrosphere (water), it provides a stable source of nutrients for botanical life, which produce glucose that higher organisms use for sustenance.
Stratigraghic section is a type of figure would you use to portray the relative thicknesses of rock units stacked on top of one another
<h3>What is Stratigraphic section?</h3>
stratigraphic section refers to visual representation of series of layers of rocks in order of how their deposition.
It is use in geology of stratigraghy which is the study of rocks to describe the arrangements of rock layers in a particular area.
Therefore, Stratigraghy section is a type of figure would you use to portray the relative thicknesses of rock units stacked on top of one another.
Learn more on Rocks from the link below.
brainly.com/question/2589468
I think the correct answer from the choices listed above is option C. Natural resources are made from natural processes. They are a part of these processes <span>and are composed of more than one kind of matter. They can be recycled and should be preserved to maintain their availability when the need arises.</span>
Answer:
Explanation:
For a satellite in orbit around a planet, the gravitational force between the planet and the satellite is equal to the centripetal force that keeps the satellite in circular motion.
So, we can write:
where
G is the gravitational constant
M is the mass of the planet
m is the mass of the satellite
r is the orbital radius of the satellite
v is the speed of the satellite
The equation can be rewritten as
Also, we can write the orbital speed as the ratio between the length of the orbit (circumference of the orbit) and orbital period, T:
Substituting into the equation for M,
Here we have:
is the orbital radius
is the orbital period
Substituting, we find the mass of the Saturn:
Answer:
Continental polar and maritime tropical.
Explanation:
- As these surface air mass are marked by high pressures and have cold temperatures, and the maritime air masses are cool, moist and unstable. Found along with the North American state.
- The continental is characterized by the dry winds, and the polar is hot air near the surface and the tropical air mass is warm and the arctic is extremely cold.
