You may not think earthquakes and volcanoes can go together, but they are unlikely friends, creating sensations under the earth’s surface. Most earthquakes occur because of the movement of tectonic plates previously described. Sometimes earthquakes happen below a volcano. This happens because magma, which is hot molten rock beneath the earth’s surface, pushes on rock until it breaks the rock and seeps into it. Then, the magma builds more pressure until it leaks more magma into the crack. Little earthquakes happen each time the rock breaks and lets in more magma. These little earthquakes are too small to feel. They are called harmonic tremors, perhaps because of their constant release of energy, like one long song played underground.

Question

You may not think earthquakes and volcanoes can go together, but they are unlikely friends, creating sensations under the earth’s surface. Most earthquakes occur because of the movement of tectonic plates previously described. Sometimes earthquakes happen below a volcano. This happens because magma, which is hot molten rock beneath the earth’s surface, pushes on rock until it breaks the rock and seeps into it. Then, the magma builds more pressure until it leaks more magma into the crack. Little earthquakes happen each time the rock breaks and lets in more magma. These little earthquakes are too small to feel. They are called harmonic tremors, perhaps because of their constant release of energy, like one long song played underground.

What does the analogy "they are called harmonic tremors, perhaps because of their constant release of energy, like one long song played underground" from the paragraph mean?

(1 point)
Responses

When little earthquakes occur, they make sounds similar to music.
When little earthquakes occur, they make sounds similar to music.

The tremors from small earthquakes follow unpredictable patterns, unlike musical meter.
The tremors from small earthquakes follow unpredictable patterns, unlike musical meter.

Much like background music, little earthquakes tremor underground without much notice.
Much like background music, little earthquakes tremor underground without much notice.

The same amount of energy is released by music and small earthquakes.

pick the right anwser

Answer 1

The correct answer is "Much like background music, little earthquakes tremor underground without much notice." This analogy suggests that like background music, the small earthquakes (harmonic tremors) occur continuously and are not easily noticed or felt.

Answer 2

are you sure?

Answer 3

The correct answer is: Much like background music, little earthquakes tremor underground without much notice.

Answer 4

The most accurate answer is:

Much like background music, little earthquakes tremor underground without much notice.

The analogy is comparing the constant release of energy from the "harmonic tremors" to the background music that plays without much notice. It implies that just like background music, these small earthquakes occur continuously and are not easily perceived or felt.