B) There are many different effects of earthquakes. One major effect of earthquakes are walls and buildings collapsing. This is usually caused by the direct shaking of the buildings. Another major effect of earthquakes are tsunamis. Another major effect is the soil can become saturated and can cause quick sand.
B) There are many different effects of earthquakes. One major effect of earthquakes are walls and buildings collapsing. This is usually caused by the direct shaking of the buildings. Another major effect of earthquakes are tsunamis. Another major effect is the soil can become saturated and can cause quick sand.
D. The tremors from multiple little earthquakes cause energetic beats much like musical harmonies do.
Explanation:
They are called harmonic tremors, perhaps because of their constant release of energy, like one long song played underground.
The sentence above is comparing the small earthquakes that happen below volcanoes to a song. We can think of music as a harmonic release of energy. The energy (the notes and chords) are released in a way that is constant, understandable, and even predictable. The same way, those little tremors are also releasing energy in a constant manner. In that sense, they can be compared to a song, to its beat, its rhythm.
D. The tremors from multiple little earthquakes cause energetic beats much like musical harmonies do.
Explanation:
They are called harmonic tremors, perhaps because of their constant release of energy, like one long song played underground.
The sentence above is comparing the small earthquakes that happen below volcanoes to a song. We can think of music as a harmonic release of energy. The energy (the notes and chords) are released in a way that is constant, understandable, and even predictable. The same way, those little tremors are also releasing energy in a constant manner. In that sense, they can be compared to a song, to its beat, its rhythm.
The underlined analogy between 'earthquakes and volcanoes' suggests the improbable yet benign relationship between the two.
Explanation:
In the given paragraph, the author establishes a relationship between earthquakes and volcanoes using the analogy. He says that the earthquakes and the volcanoes both are located across the fringes of tectonic plates. Although the earthquakes occur due to the 'interaction between the tectonic plates instead of magma yet most earthquakes occurring below a volcano take place due to magma's movement. This analogy helps in elaborating on the resemblance between the two and promote a better understanding.
The underlined analogy between 'earthquakes and volcanoes' suggests the improbable yet benign relationship between the two.
Explanation:
In the given paragraph, the author establishes a relationship between earthquakes and volcanoes using the analogy. He says that the earthquakes and the volcanoes both are located across the fringes of tectonic plates. Although the earthquakes occur due to the 'interaction between the tectonic plates instead of magma yet most earthquakes occurring below a volcano take place due to magma's movement. This analogy helps in elaborating on the resemblance between the two and promote a better understanding.
I think the correct answer from the choices listed above is option C. This is mostly the case because tectonic plates move along, against, or away from each other at their boundaries. These movements produce earthquakes. Hope this answers the question. Have a nice day.
I think the correct answer from the choices listed above is option C. This is mostly the case because tectonic plates move along, against, or away from each other at their boundaries. These movements produce earthquakes. Hope this answers the question. Have a nice day.
The earth plates move to each other in Convergent boundaries plates. The convergent boundary plate can be ocean/ocean, ocean/continental, and continental/continental convergent boundary plate. They are also considered a destructive boundary plate because the plate constantly collides with each other.
For the ocean continental convergent boundary plate, oceans and a continental plate collide. The collision leads to subduction which is the movement of the continental plate below the ocean plate. This movement of the continental plate beneath the ocean plate can result in earthquakes
From the map, most of the location affected are characterized by Ocean/ Continental convergent boundary, that is why earthquake often occurs in these locations.
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