Turbo tongue

The video discusses the extraordinary speed of the Rosette Nosed Chameleon's tongue, which accelerates faster than a cheetah or a production car. Researchers found that smaller chameleons have higher peak acceleration due to elastic recoil, which stores energy in their tongues. This mechanism allows them to catch prey efficiently, providing an evolutionary advantage. The study suggests that examining smaller species can offer valuable insights into peak physical performance.

What is the peak acceleration of a chameleon's tongue compared to the world's fastest production car?

What are the two major ways an animal can move, as mentioned in the text?

Explain how elastic recoil contributes to the chameleon's tongue movement.

How does the size of a chameleon affect its tongue's peak acceleration and apparatus size?

What is the significance of studying smaller animals like chameleons in terms of physical performance?