The effect did the use of satellite imagery most likely have on the study of early humans is C.) Historians were able to accurately locate areas where early humans could be found.
<h3>What is satellite imagery used for?</h3>
Satellite images is known to be a tech that is often used in tracking the altering human footprint in all of the globe, such as rapidly growing cities, urban sprawl and others.
Hence, The effect did the use of satellite imagery most likely have on the study of early humans is C.) Historians were able to accurately locate areas where early humans could be found.
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Answer: Choice D) Its high unemployment rate
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Explanation:
Ideally you should do external research to get the answer, but luckily we can eliminate non-answers to narrow things down.
- Choice A is false because having a skilled labor force and foreign investments means that the country is diversified to withstand an economic storm. Sure there is still likely a recession, but recovery would be fairly quick if choice A was the case.
- Choice B is a similar idea. Having modern industrial policies means the workforce is agile and flexible, and in turn there's low unemployment. Ideally the environment would be an issue as well. This is why we can rule out choice B.
- Choice C can be ruled out because a high GDP is the opposite of what it means to have a slow recovery. High GDP means the country is producing a lot of goods and services, and the standard of living is expected to be high. In short, the recovery is either strong or already over when high GDP occurs.
In summary: Choices A, B, and C can be eliminated.
The only thing left is choice D. Having high unemployment is one factor that leads to slow recovery. This makes sense because people without a job aren't able to contribute to the economic output of a country.
<span>Trigonometry (from Greek trigōnon, "triangle" and metron, "measure") is a branch of mathematics that studies relationships involving lengths and angles of triangles. The field emerged in the Hellenistic world during the 3rd century BC from applications of geometry to astronomical studies
Hope this helps!</span>
