salamander

The capacitance of a human body is approximately 100 pF,14 where the units of Farads are Coulombs/volt. If there is an electrical path to ground, the body will discharge to ground and its potential will go to zero.

“In general, static electricity is caused by two objects rubbing and one supplying electrons to the other. Shuffling your feet across carpet, particularly in socks, is another way your body gains more electrons; they are released when you touch something such as a doorknob or another person.

Human deaths from electric eels are extremely rare. However, multiple shocks can cause respiratory or heart failure, and people have been known to drown in shallow water after a stunning jolt.

electric eels

South American rivers are home to at least three different species of electric eels, including a newly identified species capable of generating a greater electrical discharge than any other known animal, according to a new analysis of 107 fish collected in Brazil, French Guiana, Guyana and Suriname in recent years.

Its body is composed of lightning and with the form of a white and blue wolf or dog (or even a wolf or dog wrapped in lightning) being the most common, although it can be represented with other forms such as tanuki, leopard, fox, weasel, marten, tiger, cat, bear, porcupine, tapir, elephant, rat, rabbit, bat, squirrel.

Electrophorus electricus

Its high-voltage charge does more than just stun prey, study suggests. The high voltage strike of an electric eel has long been regarded as one of the most powerful attacks in nature. But now one scientist has discovered that the nocturnal animals can also use their shock waves to track prey in the dark.

2. They Deliver Quite a Shock. Electric eels come by their name for good reason — depending on the species, they can release an electric shock of up to 860 volts. This defense mechanism is created by three organs found in all three electric eel species: the main organ, the Hunter’s organ, and the Sach’s organ.

The electric eel has three pairs of abdominal organs that produce electricity: the main organ, Hunter’s organ, and Sachs’ organ. By causing a sudden difference in electric potential, it generates an electric current in a manner similar to a battery, in which stacked plates each produce an electric potential difference.

Although electric eels have the power to be the bullies of the Amazon, they are actually not very aggressive animals. The eel uses its shock to stun prey and keep predators at bay. Electric eels are nocturnal, live in muddy, dark waters, and have poor eyesight.

Electric eels do endanger themselves by generating electricity. They frequently shock themselves. They electrocute other nearby electric eels, not in a fight but by accident. Most of the electric eels’ organs are located in a very small region anterior to their tails.

But hidden just behind that toothless grin lies a tool that gives electric eels yet another advantage over other aquatic predators: a giant, bulbous lung. Yes, electric eels can breathe air, and in fact, they have to in order to survive life in their low-oxygen habitat.

Electric eels reproduce during the dry season. The eggs are deposited in a well-hidden nest made of saliva, built by the male. In field observations, an average of 1200 embryos were hatched.

Despite its name, the electric eel is a knifefish, not an eel. It is a member of the order Gymnotiformes and is more related to carp and catfish. Electric eels are also air-breathers, meaning they need to surface about every ten minutes to breathe (as opposed to true eels, who can breathe underwater with gills).

Since the electric eel dedicates most of its energy into generating currents from its body, all of its organs are located in its head. As this zoologist demonstrates, when you open its mouth, you won’t find a tongue.

Taste sensations Other animals naturally have no tongues, such as sea stars, sea urchins and other echinoderms, as well as crustaceans, says Chris Mah via email. Mah is a marine invertebrate zoologist at the Smithsonian National Museum of Natural History and has discovered numerous species of sea stars.

Animal Magnetism Because fishes lack faces like ours, we assume that their mask-like features mean they do not experience feelings. And because fish cannot cry out, we interpret their silence as meaning they do not perceive pain—even as their gasping mouths and flopping fins on a ship’s deck indicate otherwise.

Yes, most fish do have tongues, but they aren’t at all like ours. Most fish have a bony structure called the basihyal on the floor of the mouth that superficially resembles a tongue.

The answer is still no; as they live in water they probably don’t take it in as a conscious response to seek out and drink water. Thirst is usually defined as a need or desire to drink water. It is unlikely that fish are responding to such a driving force.