Answer:
1. difference
2. closest
3. high
4. more
5. two
Explanation:
The tide is the periodic change of the sea level produced mainly by the gravitational attraction forces that the Sun and the Moon exert on the Earth. This attraction is exercised over the entire planet, in its solid, liquid, and gaseous masses. The ellipsoid due to solar tides has the major axis directed towards the Sun. The ellipsoid due to lunar tides has the major axis directed towards the Moon. As the Moon revolves around the Earth, the major axes of the ellipsoids do not rotate at the same speed. With respect to the stars, the period of rotation of the solar ellipsoid is one year. The ellipsoid of the Moon is 27.32 days. The result is that the axes of the two ellipsoids get closer every 14,7652944 days. When the major axes of the two ellipsoids are aligned, the amplitude of the tides is maximum and they are called live tides. This happens in new moons and full moons. In contrast, when the major axis of each ellipsoid is aligned with the minor axis of the other, the amplitude of the tides is minimal. This happens in waning rooms and growing rooms. These tides are called dead tides or quadrature tides.
Answer:
divergent boundary
Explanation:
The South American and African plates moved apart as a divergent boundary formed between them and an ocean basin formed and spread.
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