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As temperature is increased above absolute zero, all materials undergo phase change: solid →liquid →gas Likewise, as temperature is decreased, all materials undergo phase change: gas → liquid →solid. At low temperatures, thermal energy promotes the low density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the high density (gas) state ● At low temperatures, intermolecular attractive forces promote the high density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the low density (gas) state At low temperatures, thermal energy promotes the high density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the low density (gas) state At low temperatures, intermolecular attractive forces promote the low density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the high density (gas) state

As temperature is increased above absolute zero, all materials undergo phase change: solid →liquid →gas Likewise, as temperature is decreased, all materials undergo phase change: gas → liquid →solid. At low temperatures, thermal energy promotes the low density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the high density (gas) state ● At low temperatures, intermolecular attractive forces promote the high density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the low density (gas) state At low temperatures, thermal energy promotes the high density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the low density (gas) state At low temperatures, intermolecular attractive forces promote the low density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the high density (gas) state

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter15: Gases,liquids, And Solids
Section: Chapter Questions
Problem 100E: Classify each of the following statements as true or false. a Intermolecular attractions are...
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As temperature is increased above absolute zero, all materials undergo phase change: solid → liquid →→gas Likewise, as temperature is decreased, all materials undergo phase change: gas →liquid →solid. At low temperatures, thermal energy promotes the low density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the high density (gas) state At low temperatures, intermolecular attractive forces promote the high density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the low density (gas) state At low temperatures, thermal energy promotes the high density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the low density (gas) state At low temperatures, intermolecular attractive forces promote the low density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the high density (gas) state
Transcribed Image Text:As temperature is increased above absolute zero, all materials undergo phase change: solid → liquid →→gas Likewise, as temperature is decreased, all materials undergo phase change: gas →liquid →solid. At low temperatures, thermal energy promotes the low density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the high density (gas) state At low temperatures, intermolecular attractive forces promote the high density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the low density (gas) state At low temperatures, thermal energy promotes the high density (sold) state; at high temperatures, intermolecular attractive forces promote the random motion of molecules within the low density (gas) state At low temperatures, intermolecular attractive forces promote the low density (sold) state; at high temperatures, thermal energy promotes the random motion of molecules within the high density (gas) state
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