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Which of the following is an accurate listing of phase changes which are exothermic and phase changes which are endothermic and why? Exothermic-melting, evaporation Endothermic-freezing, condensation A B C D Explanation: Melting and evaporation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Freezing and condensation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic-melting, condensation Endothermic-freezing, evaporation Explanation: Melting and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Freezing and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic-melting, freezing Endothermic-evaporation, condensation Explanation: Melting and freezing release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Condensation and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic - freezing, condensation Endothermic-melting, evaporation Explanation: Freezing and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Melting and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules.

Which of the following is an accurate listing of phase changes which are exothermic and phase changes which are endothermic and why? Exothermic-melting, evaporation Endothermic-freezing, condensation A B C D Explanation: Melting and evaporation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Freezing and condensation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic-melting, condensation Endothermic-freezing, evaporation Explanation: Melting and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Freezing and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic-melting, freezing Endothermic-evaporation, condensation Explanation: Melting and freezing release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Condensation and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic - freezing, condensation Endothermic-melting, evaporation Explanation: Freezing and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Melting and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules.

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B € C Het Added (kisJoula) ...10.. Which of the following is an accurate listing of phase changes which are exothermic and phase changes which are endothermic and why? Exothermic-melting, ex aporation Endothermic - terzing, condensation Explanation: Melting and evaporation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer Freezing and condensation absorb beat, causing molecules to move faster and break atractive forces between molecules. Exothermic-melting, condensation Endothermic - terzing, es apora001 Explanation: Melting and condensation release beat, causing molecules to move slower, allowing attractive forces to pull molecules close. Freezing and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic - melting, beezing Explanation: Melting and freezing release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Condensation and evaporation absorb beat, causing molecules to move faster and break atractive forces between molecules. Exothermic-freezing, condensation Endothenic - melting, evaporation Explanation: Freezing and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Melting and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules.
Transcribed Image Text:B € C Het Added (kisJoula) ...10.. Which of the following is an accurate listing of phase changes which are exothermic and phase changes which are endothermic and why? Exothermic-melting, ex aporation Endothermic - terzing, condensation Explanation: Melting and evaporation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer Freezing and condensation absorb beat, causing molecules to move faster and break atractive forces between molecules. Exothermic-melting, condensation Endothermic - terzing, es apora001 Explanation: Melting and condensation release beat, causing molecules to move slower, allowing attractive forces to pull molecules close. Freezing and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules. Exothermic - melting, beezing Explanation: Melting and freezing release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Condensation and evaporation absorb beat, causing molecules to move faster and break atractive forces between molecules. Exothermic-freezing, condensation Endothenic - melting, evaporation Explanation: Freezing and condensation release heat, causing molecules to move slower, allowing attractive forces to pull molecules closer. Melting and evaporation absorb heat, causing molecules to move faster and break attractive forces between molecules.
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