Linguistic <u>relativity</u> suggests that because language determines our perceptions of reality, people see the world differently depending on what language they speak.
<h3>What is linguistic relativity?</h3>
The Sapir-Whorf hypothesis, the Whorf hypothesis, or Whorfian's is a theory that contends that a language's structural features have an impact on its speakers' worldviews or cognitive processes. As a result, people's perceptions are said to be relative to the language they speak.
<h3>What is an example of linguistic relativity?</h3>
The way in which Inuit Eskimos describe snow is an often used illustration of linguistic relativity. The Inuit language uses various words to describe snow, including "wet snow," "clinging snow," "frosty snow," and others. There is just one word for snow in the English language.
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Here are several ways:
•u have 2 pay taxes and bills when u become a big grown up lad and if u no understand economics this part of your inevitable future will likely be more difficult
•economics teaches u that saving moneys is good, so u should save up big moneys so u can move 2 beach for retirement
•economics teaches u the concept of human necessities-- u need to manage ur money so u can buy important stuff like f00d
•being homeless is sad and knowing economics will help u become a non-homeless adult
•economics teaches u that u should not waste ur money on Gucci
Answer:
This illustrates one of the main criticisms of the trait approach
Explanation:
In the beginning it was Columbus who discovered America in search for another way of reaching India. After his discovery people realized that wherever Columbus landed wasn't India. So, three reasons would be: to explore this new land, conquer the new land, and take resources/slaves from the new land.
The correct answer is Space.
Infrared light gives important clues and information about temperature and other characteristics of the celestial bodies. Since the Earth's atmosphere absorbs infrared radiation from the stars, it is difficult to observe the stars' light in long wavelength, like infrared spectrum, using telescopes located on the surface of the Earth. For that reason, astronomers from different space agencies have located large telescopes in the space orbiting the Earth in order to capture infrared light from the stars. Examples of these telescopes are the Infrared Astronomical Satellite (IRAS), the Wide-field Infrared Survey Explorer (WISE) and the Hubble telescope, which can observe near infrared spectra.
