Assume we have a solid consisting of an unknown atom in some configuration. To melt this solid, energy must come from... O The system as it needs to break bonds to be able to get to the liquid state. O Neither the system nor the surroundings as the system is already at equilibrium O The surroundings in order to break the interactions that hold the solid together. O All answers are true. Both the system and the surroundings in order to break bonds but also to heat the air.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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**Understanding the Source of Energy Needed to Melt a Solid**

Assume we have a solid consisting of an unknown atom in some configuration. To melt this solid, energy must come from...

- **The system as it needs to break bonds to be able to get to the liquid state.**

- **Neither the system nor the surroundings as the system is already at equilibrium.**

- **The surroundings in order to break the interactions that hold the solid together.**

- **All answers are true.**

- **Both the system and the surroundings in order to break bonds but also to heat the air.**

Each option considers different sources and mechanisms from which energy might derive to facilitate the phase change from solid to liquid. Understanding these mechanisms is crucial in the study of thermodynamics and phase transitions.
Transcribed Image Text:**Understanding the Source of Energy Needed to Melt a Solid** Assume we have a solid consisting of an unknown atom in some configuration. To melt this solid, energy must come from... - **The system as it needs to break bonds to be able to get to the liquid state.** - **Neither the system nor the surroundings as the system is already at equilibrium.** - **The surroundings in order to break the interactions that hold the solid together.** - **All answers are true.** - **Both the system and the surroundings in order to break bonds but also to heat the air.** Each option considers different sources and mechanisms from which energy might derive to facilitate the phase change from solid to liquid. Understanding these mechanisms is crucial in the study of thermodynamics and phase transitions.
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