Question
5 Hot Spot 1 point CLICK the layer that is partially molten and is responsible for earthquakes? HAGA CLIC en la capa que esta parcialmente fundida y es responsable de los terremotos? CLIQUEZ sur la couche partiellement fondue et responsable des tremblements de terre? CLIQUE na camada que está parcialmente derretida e é responsável por terremotos? \( \begin{array}{l}\text { Keyboard controls are available while using the hotspot. Press S to select a point and } \\ \text { Backspace or Delete to clear all selections. Just make sure the image is focused to use }\end{array} \)
Ask by Tran Riley. in the United States
Feb 05,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
The layer responsible for earthquakes is the **asthenosphere**.
Solution
The layer that is partially molten and responsible for earthquakes is the **asthenosphere**.
**Explanation:**
- **Asthenosphere:** This is a semi-fluid layer located beneath the Earth's lithosphere (which includes the crust and the uppermost mantle). Its partially molten state allows tectonic plates to move over it, leading to various geological activities, including earthquakes.
**En español:**
La capa que está parcialmente fundida y es responsable de los terremotos es la **astenosfera**.
**En français:**
La couche partiellement fondue et responsable des tremblements de terre est l'**asthénosphère**.
**Em português:**
A camada que está parcialmente derretida e é responsável por terremotos é a **astênosfera**.
Answered by UpStudy AI and reviewed by a Professional Tutor
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Simplify this solution The Deep Dive
The layer you’re looking for is the asthenosphere! This partially molten layer located beneath the lithosphere allows tectonic plates to move. Its semi-fluid nature facilitates the movement of these plates, leading to the creation of earthquakes when stress builds up and is released suddenly. In the real world, understanding the asthenosphere is crucial for earthquake prediction and studying tectonic activity. By monitoring the movements and interactions of tectonic plates above the asthenosphere, scientists can better assess seismic hazards and implement safety measures in earthquake-prone regions, potentially saving lives!
