Answer:
False
Explanation:
Contour lines can never cross one another. Each line represents a separate elevation, and you can't have two different elevations at the same point.
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<u>Answer:</u>
<em>Japan and South korea were forced to industrialize because they lacked </em><u><em>B. Arable land
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<u>Explanation:</u>
Japan and South Korea separates by the Korea Strait in Pacific Ocean. Japan start to industrialise from late 19th century and capture the Korean country through Sino Japanese war. Imperialism and Industrialisation are two sides of the same coin, because industrialisation need Land, Labour and capital. Both countries lack in Arable land, Japan performs agriculture in Ship and terrace of building, it is in temperate region latitude. Apart from land, labour is much hardworkers in both the country. Japan is island nation so petroleum products are easily extracted and South Korea is Peninsular country their petroleum products are extracted from shoreline. Both countries are top position in economic growth.
Planet A is an outer planet, and Planet B is an inner planet, then Planet A will spin (rotate on its axis) faster than Planet B.
Using our Solar System as a model, we may determine the following:
The inner planets, which include our Earth, Mercury, Venus, and Mars, revolve more slowly than the outer planets (such as Jupiter, Saturn, Uranus and Neptune). The reason for this is because the nearest planets are held firmly in place as they revolve around the Sun due to the massive gravitational field of the star.
However, for the same reason (because of their proximity to the Sun's gravitational field), inner planets complete one circle around the Sun faster than outer planets.
As a result, Planet A will spin (rotation on its axis) faster than Planet B if Planet A is an outer planet and Planet B is an inner planet.
Learn more about Inner Planet and Outer Planet here:
brainly.com/question/15524842
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Answer:
It's the:<u> Sedimentary rock</u>
Explanation:
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Answer:
The seventh tropical depression, fifth named storm and the second tropical cyclone of the season, Eloise's origins can be traced to a disturbance over the central portion of the South-West Indian Ocean basin which <u>developed into a tropical depression on 16 January, and strengthened into a tropical storm on 17 January</u>