It means that if you flip the figure over, you get the same figure again.
I'll get started on that just as soon as I have a look at Figure 3-20.
It means the base in a 3D figure. For example, if it was a pyramid. the bottom part would be the base and you get the area of that base
Draw a rectangle for the side of the cylinder and on top and bottom of this rectangle 2 circles for the base and the top of the cylinder The rectangle width would be the diameter of the circle large and the same height that the cylinder
It would ordinarily be easier to learn to create orthographic views from a model first. You can draw or explain how to draw the corner view of a cube this way. An aid in doing this is to get out box of blocks and build the model and then draw it. With experience you will be able to visualize how to draw it. Consider that you might have to erase as you draw and work it out.
I would draw the line at the base of the lithosphere, which is known as the lithosphere-asthenosphere boundary. This boundary separates the rigid lithosphere from the more plastic asthenosphere below it.
I would draw the line at the base of the lithosphere, which is the boundary between the lithosphere and the asthenosphere. This boundary is characterized by a decrease in rigidity and an increase in ductility, marking the transition from the rigid lithosphere to the more plastic asthenosphere below.
the bottom
the bottom
You would draw the line at the base of the lithosphere, which is the boundary between the lithosphere and the asthenosphere. This boundary is located around 100-200 kilometers below the Earth's surface and marks the point where the rigid lithosphere transitions to the more ductile asthenosphere.
It means that if you flip the figure over, you get the same figure again.
no...im not going to explain to you why, because if you were smart, you would easily figure it out.
I'll get started on that just as soon as I have a look at Figure 3-20.
the lithosphere is what the biosphere lives on and if there was no lithosphere the biosphere would die. the biosphere is what the lithosphere needs to survive. the bodies of dead matter decomposes to make the lithosphere able to make more biomatter for the biosphere.
The lithosphere is composed of crust and hard upper mantle. The oceanic lithosphere would be hard upper mantle and basaltic oceanic crust.
The lithosphere is composed of crust and hard upper mantle. The oceanic lithosphere would be hard upper mantle and basaltic oceanic crust.
The rock samples collected from the bottom of the drill hole likely came from the Earth's crust or upper mantle layer, as drill holes typically do not penetrate beyond the uppermost layers of the Earth's lithosphere. To determine the exact layer, further analysis of the composition and characteristics of the rock samples would be necessary.