Answer:
The correct answer is D. A telescope that orbits the Sun in the outer solar system
Explanation:
Today, astronomers can detect and measure stellar parallax for thousands of the nearest stars, providing us with direct evidence that Earth really does orbit the Sun. Moreover, as the Parallax Angle animation shows (return to the main "Parallax" screen, and select the "Parallax and Distance" button), these measurements allow us to calculate distances to these relatively nearby stars. If we hope to use parallax to measure distances to even more-distant stars, the telescope that would be most useful among the telescopes that are given in the option is " A telescope that orbits the Sun in the outer solar system"
Answer:
Explanation:
Plate movement at transform boundaries can sometimes cause earthquakes, some quite large and devastating. Crustal movements can be dangerous to humans. What evidence from the text supports this conclusion? Divergent boundaries in the ocean create a chain reaction that pulls plates apart on land.
Answer:
Ehhhhhhhh...
Explanation:
Personally, I didn’t know that it was being terraformed. I should start watching the news. Anyway, my opinion is that it’s probably just going to turn out like Earth. I feel like anything scientists can get their hands on, they will probably treat it like a lab rat. Hmm, maybe it’s that they’re terraforming it for the rich; and leaving the rest with catastrophic Earth (which is ruined), sadly, I don’t think anyone really cares about the planet anymore because everywhere there’s a problem. And why do we have to pay for food that was purposefully grown and brought out to the world for free? You can probably tell, I don’t like the idea of Mars being terraformed. Maybe they should just leave it as it is, or clean up the Earth before they mess up another planet unfortunately.
19.96 million is the population of Romania
<span>Erosion is the displacement of solids (soil, mud, rock and other particles) by the agents of wind, water or ice, by downward or down-slope movement in response to gravity or by living organisms (in the case of bioerosion).
Deposition, also known as sedimentation, is the geological process whereby material is added to a landform. This is the process by which wind, water or ice create a sediment deposit, through the laying down of granular material that has been eroded and transported from another geographical location.
Deposition occurs when the forces responsible for sediment transportation are no longer sufficient to overcome the forces of particle weight and friction, which resist motion. Deposition can also refer to the build up of a sediment from organically derived matter or chemical processes. For example, chalk is made up partly of the microscopic calcium carbonate skeletons of marine plankton, the deposition of which has induced chemical processes (diagenesis) to deposit further calcium carbonate.</span>