Molecules in a solid-state are capable of only vibrational motion due to their strong intermolecular forces; hence, the solid-state molecules can only vibrate from their mean positions. Thus, solids show the least molecular randomness.
Molecules in a solid-state are capable of only vibrational motion due to their strong intermolecular forces; hence, the solid-state molecules can only vibrate from their mean positions. Thus, solids show the least molecular randomness.
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Answer:
Molecules in a solid-state are capable of only vibrational motion due to their strong intermolecular forces; hence, the solid-state molecules can only vibrate from their mean positions. Thus, solids show the least molecular randomness.
Answer:
Molecules in a solid-state are capable of only vibrational motion due to their strong intermolecular forces; hence, the solid-state molecules can only vibrate from their mean positions. Thus, solids show the least molecular randomness.