Answer:
the answer is d. around the great lake and both coast
Explanation:
Hello!
The reason the Earth doesn't retain the same scarring from meteorite impact as the moon is because Earth has things that can wear this scarring down, while the moon doesn't. This is primarily because the Moon <u>doesn't have an atmosphere</u> while the Earth does.
For example, Earth's land doesn't retain the same scarring from meteorite impact as it has wind, rain, plants and all these things which erode the scarring away. However, the moon doesn't have these things. There is no wind, no rain, and nothing to blow away the scarring. Even footprints can last on the moon for this reason.
Earth's ocean doesn't retain the scarring either because of the water. The water, plus all of its currents and plant growth erodes away the marks, and eventually, they will disappear.
Hope this helps!
Answer:
This what I think is the top 3 animes of all time.
Fullmetal Alchemist
Death Note
Cowboy Bebop
Answer:
The A horizon will be relative large with a high content of sand.
Explanation:
A desert, as it is, is covered with very fine sediments in most cases, ranging from medium and small rocks to fine sand. If the climate conditions were to change where there is a desert and the climate became more temperate, the soil will change as well relatively quickly. What is actually now the surface of the deserts will become the new soil's A horizon while on top of it a 0 horizon will form.
The A horizon in a former desert will become very fertile and it will be able to support lush vegetation. This will be the case because it will have a very high content of sand, thus it will be very airy and soft. The newly formed O horizon made out of biomass on top of it will wash away to the A horizon, increasing its fertility further by adding a big amount of decomposed biomass to it.
Based on the knowledge about radioactive elements, the decay of radioactive elements such as uranium creates heat especially in Earth's crust, where these elements are abundant.
<h3>What are radioactive elements?</h3>
Radioactive elements are elements which undergo spontaneous decay of their nucleus and in the process produce elements with smaller atomic masses with the release of radiation and heat.
Examples of radioactive elements include uranium and radium.
Therefore, the decay of radioactive elements such as uranium creates heat especially in Earth's crust, where these elements are abundant.
Learn more about radioactive elements at: brainly.com/question/18640165
