Tiny hairs on geckos' feet help maximize contact with surfaces, allowing van der Waals forces to go to work.
Explanation:
Scientists have put to rest the age-old question of how geckos stick to walls. The answer is van der Waals forces, molecular attractions that operate over very small distances.
Answer: Tiny hairs on geckos' feet help maximize contact with surfaces, allowing van der Waals forces to go to work. Scientists have put to rest the age-old question of how geckos stick to walls. The answer is van der Waals forces, molecular attractions that operate over very small distances
Answers & Comments
Answer:
Tiny hairs on geckos' feet help maximize contact with surfaces, allowing van der Waals forces to go to work.
Explanation:
Scientists have put to rest the age-old question of how geckos stick to walls. The answer is van der Waals forces, molecular attractions that operate over very small distances.
Answer: Tiny hairs on geckos' feet help maximize contact with surfaces, allowing van der Waals forces to go to work. Scientists have put to rest the age-old question of how geckos stick to walls. The answer is van der Waals forces, molecular attractions that operate over very small distances
Explanation: