When an ice cube that is at zero degrees Celsius starts to melt, the ice...( Select the most complet answer) absorbs energy from its environment. O absorbs energy but does not change its temperature. O absorbs energy and gets warmer changing its temperature. releases energy and gets warmer. aces opo

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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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**Question:** When an ice cube that is at zero degrees Celsius starts to melt, the ice…(Select the most complete answer)

*Option A:* absorbs energy from its environment.  
*Option B:* absorbs energy but does not change its temperature.  
*Option C:* absorbs energy and gets warmer changing its temperature.  
*Option D:* releases energy and gets warmer.  
*Option E:* releases energy to the liquid around.  

**Explanation:**
To further understand the process that occurs when an ice cube at zero degrees Celsius starts to melt, let's dissect the options given:

- **Option A:** The ice cube indeed absorbs energy from its surroundings during the melting process.
- **Option B:** This energy absorption occurs without a change in temperature because the energy goes into breaking the hydrogen bonds rather than increasing kinetic energy.
- **Option C:** Although the ice absorbs energy, its temperature does not increase until it has completely melted.
- **Option D:** Releasing energy would actually result in the ice getting colder, not warmer; this option is incorrect.
- **Option E:** Similarly, releasing energy is not what happens during melting, as the ice cube actually requires energy input.

As melting is an endothermic process where energy is absorbed without a change in temperature until the phase transition from solid to liquid is complete, **Option B** is the most accurate choice here.
Transcribed Image Text:**Question:** When an ice cube that is at zero degrees Celsius starts to melt, the ice…(Select the most complete answer) *Option A:* absorbs energy from its environment. *Option B:* absorbs energy but does not change its temperature. *Option C:* absorbs energy and gets warmer changing its temperature. *Option D:* releases energy and gets warmer. *Option E:* releases energy to the liquid around. **Explanation:** To further understand the process that occurs when an ice cube at zero degrees Celsius starts to melt, let's dissect the options given: - **Option A:** The ice cube indeed absorbs energy from its surroundings during the melting process. - **Option B:** This energy absorption occurs without a change in temperature because the energy goes into breaking the hydrogen bonds rather than increasing kinetic energy. - **Option C:** Although the ice absorbs energy, its temperature does not increase until it has completely melted. - **Option D:** Releasing energy would actually result in the ice getting colder, not warmer; this option is incorrect. - **Option E:** Similarly, releasing energy is not what happens during melting, as the ice cube actually requires energy input. As melting is an endothermic process where energy is absorbed without a change in temperature until the phase transition from solid to liquid is complete, **Option B** is the most accurate choice here.
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