The climate 250 mya was very tropical, so maybe those fossils could've been found there even w/o continental drift
<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.
Answer:
since earth rotates on a tilted axis we experience night and day, and also different seasons. while being tilted on our axis we can experience longer days and shorter night when pointing towards the sun (summer), and shorter days and longer night pointing away from the sun (winter). you would experience a difference in space because you wouldn't be rotating on a axis any more. you would experience the same night and day patterns every day.
Explanation:
hope this helps!
Answer: Its presence is a good determinant of past hot climates. Its absence can also indicate cold climates.
Explanation:
18O and 16O are oxygen Isotopes, and are used in determining past climates. Heavier than the 16O with 10 neutrons and 8 protons, the 18O does not evaporate as easily and because of this, higher amounts are found in the tropics.
Together, they serve as good determinants of past climate by checking for their ratio in fossils.
Also the 18O isotopes are not present in polar regions as they precipitate before getting to higher altitudes. Cold areas, on the other hand, are high in 16O as they get trapped in glaciers. When climate changes in a location, the quantity of both of these oxygen isotopes also changes.
