The Sun revolves around the Earth and other planets.
The Earth and other planets revolve around the Sun.
Each of the planets revolves around its own Sun.
By the movement of translation, the planets revolve around the Sun describing an orbit.
All the planets travel their orbits around the Sun in a counter-clockwise direction.
The answer is: The Earth and other planets revolve around the sun.
Hawaii
Maine
Oklahoma
Vermont
Hawaiiis Where a volcano most likely to erupt .
c. the crust
b. the core
d. the lithosphere
The Earth's core, which is composed of iron and nickel, is the layer referred to in the question. It's divided into an outer core, which is hot and liquid, and an inner core that's solid due to intense pressure.
The layer of the Earth composed of iron and nickel, with two main parts called the outer and inner sections, is the core. The core is the deepest layer of the earth and is divided into the Outer Core and the Inner Core. The Outer Core, which borders the mantle, and the Inner Core, the earth's center, are both primarily made up of iron and nickel. The outer core is fluid and hot, while the inner core is solid due to extremely high pressure. These metallic elements give the core its significant density and heat conductivity.
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The correct answer is - days or years before the major earthquake.
The foreshocks always come before the major earthquake. They can appear only a single day before it, weeks, months, or even years. It is a nice indicator that something bigger is coming, so if people are wary enough they can avoid the devastating effects of the major seismic activity afterwards.
For example, we can take the foreshocks and the major earthquake in Ohrid, Republic of Macedonia, in the summer of 2016, where the foreshocks started about two months earlier, and they were present every day for those two months, slightly increasing in intensity, until the major earthquake of 6.9 magnitude according to the Richter scale came.
Small foreshocks that precede a major earthquake occur days or years before the major earthquake.
Further Explanation:
Earthquake refer to sudden shaking of the ground violently due to volcanic action or movement within the crust of the earth.
Foreshock: It is an earthquake that occurs before occurrence of a large seismic event or earthquake. It is related to space and time. The observation of the foreshocks that are associated with the earthquake reveals that the foreshocks forms a part of the preparation process to nucleation. When earthquake rupture, the process forms a cascade of events, starting from small events like foreshocks that triggers the large events and continue till main shock is triggered.
Example: The 2002 Sumatra earthquake is considered as the foreshock for the 2004 Indian Ocean earthquake and time difference between two events is more than two years.
Therefore, small foreshocks that precede a major earthquake occur days or years before the major earthquake.
Learn more:
1. Learn more about layers of Earth
2. Learn more about earthquake
3. Learn more about climate zones
Answer details:
Grade: High School
Subject: Geography
Chapter: Landforms
Keywords: Small foreshocks that precede a major earthquake occur, from the day of the major earthquake to days after the earthquake, only on the day of the major earthquake, days or years before the major earthquake, only on the day before the major earthquake