The surface features of the earth "disappear" as one gets farther from it. It has to do with resolution. In general, if the earth was viewed from the moon without an optical aid, no surface features would be visible save clouds, oceans, land masses, and the like. And not for sure on all of them, either. Some will be seen and some of them will not be clearly distinguishable. But with a big telescope - bam! There's home! Sometimes when we look at a picture of the earth taken from space we may, without realizing it, begin to view a portion of it with "the mind's eye" instead of looking at the photo. We "know" what is there, even if we can't "see" it in the pic, can't make it out or resolve it. Lastly, a six mile high mountain isn't that much compared to a ball of material that is about 8000 miles in diameter....
The system in which Pandora is located in is quite different than our own. Many things affect the magnetic fields on Pandora. Massive amounts of the superconductive element Unobtainuim is located beneath the surface; this element can both repel magnetic fields and trap them within itself. With the presence of this element, along with the proximity to the gas giant Polyphemus, the planet Pandora orbits, and the interaction of their respective magnetic fields, Pandora is home to erratic and intense magnetic field activity. The Hallelujah Mountains themselves are thought to be volcanic rock that was repelled from the surface by very high amounts of magnetic field activity, and cooled in midair. The chunks themselves are rich in Unobtainium and are constantly caught in a magnetic flux between the field from the Unobtainium in the craters on the surface and the mutual magnetic repulsion of the Unobtainium within the broken away pieces. This causes them to hover in midair.
they could not get in it deep haga haga haga
Galileo was the first person to observe the moon through a telescope.Galileo correctly inferred that some of the light-colored features he saw on the moons surface were highlands, or mountains.
The moon always keeps the same "side" facing Earth, which also means that the other half of its surface is always facing away from Earth. The only ways to see that side are: -- Send a robotic spacecraft to orbit the moon. Have it photograph the back side when it's there, and then send those photos to Earth when it comes back around to our side. -- Send people in a spacecraft to orbit the moon. Have them photograph the back side when they're there, and then send those photos to Earth when they come back around to our side, or else save them up and bring the photos back to Earth with them.
Most mountains are metamorphic due to the environment they are formed. The folding occurs deep below the surface where the rocks are only partially melted, and under increasing pressures and temperatures. This causes the rocks to bend (fold) and recrystallize into metamorphic versions of the origin rocks.
The farther you move away from any object, the smaller any irregularities on the surface are going to appear. Move far enough away and they won't even be noticed. Conversely, a smooth sheet of paper will appear to be covered with mountains and valleys if examined under high magnification.
A photograph is an image created by light falling on a light-sensitive surface
The reason astronomers were able to photograph the surface of Mars is due to probes, unmanned spacecrafts used for exploration in space.
Mountains formed by magma that reach the Earth's surface are called volcanic mountains or ridges.
No person "built" the Rocky Mountains! Mountains form from a geological process, typically from folding of the earth's surface and sub-surface.
The satellite image will have more realistic surface of the Earth compared to photograph.
The satellite image will have more realistic surface of the Earth compared to photograph.
Mountains formed by magma that reaches the Earth's surface are called volcanoes.
It has craters but i am not sure whether it has mountains
Weather ballons
How much of the earth's surface do mountains cover? it is 99% of the earth
Is the question What is the AREA of a 5 inch by 7 inch photograph? The area of the photograph is 5 x 7 = 35 square inches. But if you are asking how much surface area does a 5 inch by 7 inch photograph have, you have to consider the area of both the front and the back of the photograph or 70 square inches.