Yes, a jellyfish is comprised of Nematocyst capsule and tenticles, the sting from a Jellyfish is not electricity. It is a toxin produced in the Nematocyst. The only way to harvest electricity from a Jellyfish would be from the small amount of heat that is produced from the living organism. An enormous Jellyfish farm would be required in order to produce enough heat to move a turbine.
So nope, you haven't figured out the worlds energy crisis.....
They are useless little fu*?kers!!
Yes, it can.
yes they do
Jellyfish do not have skin. Their outsides are made of jelly. In fact, there are jellyfish farms in Oklahoma that harvest and can jelly straight from the jellyfish. Their jelly comes in strawberry, grape, and mystery flavors.
no they have tiny barbs in their tentacles or whatever you call them. When the jellyfish rubs his tentacles against you, the barbs get stuck in your skin.
they don't they have venom that stings like electricity
Jellyfish produce a small amount of electricity due to specialized proteins in their bodies that create a weak electric field. This is used for communication, navigation, and sometimes to stun prey. However, the amount of electricity that jellyfish can produce is very low and not useful for human applications.
Photovoltaic panels on the roof can harvest electricity.
5-6 am that's when I caught mine in the secret cave and toucan island
None, they have little stingers that inject a toxin into their target
Sorry, they are just not electric. While jellyfish do sting, this has nothing to do with electricity. Jellyfish have specialized cells on their tentacles called Cnidocytes. These cells have "triggers" that, when activated by prey, discharge a thread that punctures and injects poison into the prey.
Jellyfish are important in scientific research because they provide insights into evolutionary biology, ecology, and neurobiology. Studying jellyfish can also help researchers better understand marine ecosystems and the impacts of climate change. Additionally, jellyfish possess unique biological features, such as their ability to regenerate and adapt to different environmental conditions, making them valuable subjects for scientific study.
Wind turbines and wind farms harvest wind energy to produce electricity. This is happening in many countries. Scotland is an example.