which sequence represents the relationship between temperature and volume as explained by the kinetic…

which sequence represents the relationship between temperature and volume as explained by the kinetic - molecular theory?\no higher temperature → more kinetic energy → more space between particles → higher volume\no higher temperature → less kinetic energy → less space between particles → higher volume\no higher temperature → more kinetic energy → less space between particles → lower volume\no higher temperature → less kinetic energy → more space between particles → lower volume

which sequence represents the relationship between temperature and volume as explained by the kinetic - molecular theory?\no higher temperature → more kinetic energy → more space between particles → higher volume\no higher temperature → less kinetic energy → less space between particles → higher volume\no higher temperature → more kinetic energy → less space between particles → lower volume\no higher temperature → less kinetic energy → more space between particles → lower volume

Answer

Answer:

higher temperature → more kinetic energy → more space between particles → higher volume

Brief Explanations:

According to kinetic - molecular theory, as temperature rises, particles gain more kinetic energy. This increased energy causes them to move more freely and spread out, increasing the space between them and thus increasing the volume.