Answer:
9/12 is the angle adjacent to each other
Answer:
Oneida Lake
Explanation:
Finger Lakes are known to be a collection of eleven narrow lakes in the centralized area of New York City. They came to be through the formation of certain glacial carving of the old stream valley. The scientists that make maps studied these group of lakes and felt they looked like the fingers of human beings and that was how they got their name.
Oneida Lake, found in Syracuse, New York city is not part of the eleven group of lakes, known as the Finger Lakes, but it’s rather it is known to be the thumb. Humans know this lake as one to have both opposition and apposition movements.
Answer:
<u><em>Prawidłowa odpowiedź to C) ludzie budowali wiele obszarów, aby przekształcić je w pola uprawne.
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Explanation:
Naturalne krajobrazy to fragmenty ziemi, które pozostają pod wpływem populacji ludzkiej. Jest to również określane jako pustkowie. Ta ziemia ma zarówno żywe, jak i nieożywione rzeczy swobodnie współistniejące ze sobą zgodnie z ich własną wolą.
Istnieje 6 głównych rodzajów krajobrazów.
Ich nazwy to pustynia, równina, mokradła, góra, lodowiec, las i polarne regiony Ziemi.
Są one dalej podzielone na różne typy, takie jak las tropikalny, las tropikalny itp.
Ziemia ta jest również zachowywana na różne sposoby, tj. Kiedy jest wykorzystywana przez ludzi do uprawy itp.
Answer:
Water
Explanation:
Acetone has a higher vapour pressure than water because acetone molecules only experience dispersion forces and diploe interactions as the dominant intermolecular forces.
In addition to these mentioned, water molecules are held together by strong hydrogen bonds. Therefore, water has a much lower vapour pressure than acetone and requires greater energy to break these hydrogen bonds and convert the liquid water to gaseous state.
Answer:
Divergent boundaries such as the mid-oceanic ridge system.
Explanation:
Divergent boundaries occur when plate boundaries pull away from each other. Molten rock or magma rise from the gap between the two plates, rising up to the sea floor where it cools down to form new crust. It is the mid-ocean ridges where you see the most magma produced and there has not been any other tectonic event or area that could match its procution since the Precambrian period.
