In 2017, paleontologist Mark Witton conducted an experiment using a reciprocating saw to simulate the cutting action of shark teeth. He attached a single shark tooth to the saw and used it to cut through various materials, including wood, plastic, and even bone. The results showed that the shark tooth was able to cut through the materials with ease, and that the cutting action was similar to that of a knife or saw.

Glue Experiment

Another experiment that helps to explain how shark teeth bite was conducted by marine biologist Brad Gemmell. Gemmell used glue to attach shark teeth to a piece of plastic, and then used a force gauge to measure the amount of force required to break the teeth off. He found that the teeth were able to withstand a force of over 1,000 newtons, which is equivalent to the force of a 200-pound person standing on a single tooth.

How Shark Teeth Bite

The experiments conducted by Witton and Gemmell help to explain how shark teeth bite. Shark teeth are designed to cut through flesh and bone, and they are able to do so thanks to their sharp edges and their strong gripping power. When a shark bites its prey, the teeth sink into the flesh and bone, and the saw-like action of the teeth cuts through the tissue. The teeth are also able to grip the prey tightly, preventing it from escaping.

Conclusion

The experiments conducted by Witton and Gemmell provide valuable insights into how shark teeth bite. These experiments show that shark teeth are designed to cut through flesh and bone, and that they are able to do so thanks to their sharp edges and their strong gripping power.