which sequence represents the relationship between temperature and volume as explained by the kinetic-molecular theory?

option 1:
higher temperature $\
ightarrow$ more kinetic energy $\
ightarrow$ more space between particles $\
ightarrow$ higher volume

option 2:
higher temperature $\
ightarrow$ less kinetic energy $\
ightarrow$ less space between particles $\
ightarrow$ higher volume

option 3:
higher temperature $\
ightarrow$ less kinetic energy $\
ightarrow$ more space between particles $\
ightarrow$ lower volume

option 4:
higher temperature $\
ightarrow$ more kinetic energy $\
ightarrow$ less space between particles $\
ightarrow$ lower volume

Question

which sequence represents the relationship between temperature and volume as explained by the kinetic-molecular theory?

option 1:
higher temperature $\
ightarrow$ more kinetic energy $\
ightarrow$ more space between particles $\
ightarrow$ higher volume

option 2:
higher temperature $\
ightarrow$ less kinetic energy $\
ightarrow$ less space between particles $\
ightarrow$ higher volume

option 3:
higher temperature $\
ightarrow$ less kinetic energy $\
ightarrow$ more space between particles $\
ightarrow$ lower volume

option 4:
higher temperature $\
ightarrow$ more kinetic energy $\
ightarrow$ less space between particles $\
ightarrow$ lower volume

Accepted Answer

{ "quality": "clear", "question_count": 1, "skills_matched": [ "direct_cot", "multiple_choice_formatter", "explain_then_answer", "quick" ], "needs_drawing": false, "concepts_used": [ "Kinetic Molecular Theory" ], "new_concepts": [], "current_concepts": [ "Kinetic Molecular Theory", "Gas Laws" ] } ## Relate temperature to kinetic energy An increase in temperature increases the average kinetic energy of the gas particles. ## Relate kinetic energy to particle spacing As particles move faster with more kinetic energy, they collide more forcefully and frequently, pushing each other further apart and creating more space between particles. ## Relate particle spacing to volume More space between the gas particles results in an expansion, which corresponds to a higher volume.

higher temperature $ ightarrow$ more kinetic energy $ ightarrow$ more space between particles $ ightarrow$ higher volume

higher temperature $ ightarrow$ less kinetic energy $ ightarrow$ less space between particles $ ightarrow$ higher volume

higher temperature $ ightarrow$ less kinetic energy $ ightarrow$ more space between particles $ ightarrow$ lower volume

higher temperature $ ightarrow$ more kinetic energy $ ightarrow$ less space between particles $ ightarrow$ lower volume

{ "subject": "Natural Science", "question_type": "Multiple Choice", "knowledge_point": [ "Natural Science", "Chemistry", "Kinetic Molecular Theory" ] }

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QUESTION IMAGE

Question

Explanation:

Relate temperature to kinetic energy

Relate kinetic energy to particle spacing

Relate particle spacing to volume

Answer: