It is likely that the Moche and Nazca civilizations were aware of each other because there are lot of artifacts that are found that suggest so.
Explanation:
The Moche civilization and the Nazca civilization are both ancient civilizations of South America. Both of the were located in the coastal area of what is now Peru. These two early civilizations are considered to be some of the predecessors of the later civilizations in the region, such as the Inca civilization.
The Moche and Nazca civilization existed in part in a same period of time. Not just that, but they were bordering each other, with the Moche being on the north, and the Nazca being on the south. It is almost certain that these two civilizations were aware of one another and had developed relations because there has been lot of artifacts of Nazca origin found at Moche sites, and lot of artifacts of Moche origin found on Nazca sits.
Some facts about these civilizations are:
- Moche existed from 100 AD to 750 AD
- Nazca existed from 200 BC to 600 AD
- Both were coastal civilizations
- They had well developed architecture
- The Nazca were making geoglyphs
Learn more about the Nazca civilization brainly.com/question/1602546
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Again there isn’t a map but Olympia is the capitol of Washington state
After studying the data table above and based on the previous answers from 51 through 53, and my own knowledge of this subject, I can easily answer this questions. The chemical symbol for the element that was shown in the table, that will absorb the two wavelengths of light is Ca.
The chemical Ca is also known as calcium. The atomic number is 20 for Ca.
Answer:
D
Explanation:
D is the correct answer I believe due to the oceans part.
Answer:
- Fossilized plants and animals of the same species found on separate continents.
- Geological features, such as mountain ranges, that align on matching coasts of different continents.
Explanation:
The continental drift theory asserts that the different continents of the Earth have been carried slowly by the currents of air or water through history, specifically between the Paleozoic and Mesozoic eras. As a result of those movements, the continents have been distributed on Earth from one single supercontinent -Pangea- to the position where they are located now.
Evidence that supports this theory includes the findings of similar fossilized animals and plants of particular regions and geological periods, as well as similar geological characteristics that complement with coastal regions of different continents.
