Can an electric eel be electrocuted by an electric eel, and can an electric eel electrocute its own

Why do electric eels discharge.

The electricity released by the electric eel can reach more than 700 volts in an instant, which is very deadly, so if the moray eel wants to master the ability of this electricity, its body must be absolutely protective, so it also has an absolutely basically insulated body, so we don't need to worry.

It can be done in the air, and it will even electrocute itself.

Electric eels are not completely insulated, and the current will still affect their bodies, but their bodies are very adaptable to weak currents, and if we release strong high-voltage electricity in the river, electric eels can also be injured or killed, but because of the body structure is much better than other creatures.

Electric eels will not cause harm to themselves when discharging, but if they have wounds on their bodies, especially when they have wounds in their power generating organs, they will also be injured and even cause a "short circuit", or they will fish the electric eels from the water into the air, and they will also harm themselves by generating electricity.

No, electric eels.

The surface of the body has a special layer of fat, which acts as an insulator.

The role of the electric eel to avoid suicide.

This layer of insulator can not only prevent the electric eel from being electrocuted by itself, but also prevent itself from being killed by the same kind of power generation action. That is, under normal circumstances, even if one electric eel is within the effective attack range of another electric eel, it is safe.

If an electric eel has a body surface trauma for some reason, resulting in the thin insulation layer being damaged, then it is embarrassing, even if you are an electric eel, you will be corona by another electric eel.

Scientists dissected and tested the electric eel, and they found that the electric eel's discharge organs were only distributed on the sides of the body. In addition, the main organs and most of the body of the electric eel are encased in a structure with good insulating properties. In addition, the resistance of the musculature of the electric eel is also significantly greater than that of water.

We all know that water is an excellent conductor, so when an electric eel discharges an electric attack on an enemy in the water, the current will be transmitted along the water instead of its own body.

So, under what circumstances will the electric eel discharge electricity to itself? The answer is in the air. Once the eel's body leaves the water and there is no good conductor around it, the electricity emitted by the eel can only be transmitted by its own "bad conductor".

Of course not, just like people in a fight, they have the instinct to defend against each other's attacks.

No. The body surface of the electric eel has a special fat layer, which acts as an insulating effect, which can prevent the electric eel from being electrocuted by the same kind.

Electric eels don't electrocute their kind, because they are all electrified and will cancel each other out.

It is estimated that it will not electrocute the same kind, and the electric eel itself has the characteristics of high voltage resistance, it can generate high-voltage electricity, and it can resist electricity.

Electric eels can electrocute people.

Electric eel is the most powerful freshwater fish among fish, its output voltage is 300 volts, and some can even reach 800 volts, which can be fatal. Within 3-6 meters of the water, people often touch the electricity emitted by the electric eel and are knocked unconscious, or even fall into the water and drown. Therefore, it is called the "high-voltage line" in the water.

Electric eel has different types of discharge

American biologist Catania found in a 9-month study of electric eels that electric eels will choose different forms of leakage code electricity according to different conditions in the outside world.

One is a low pressure used to sense the environment, and the other is a high pressure that is released during predation or self-defense.

Electric eels are diurnal and nocturnal animals, and their eyesight is not good, and they are a typical myopic eye. In order to detect hidden prey, electric eels release low-pressure to probe their surroundings, and most fish will involuntarily experience slight convulsions after receiving a low-voltage electric shock.

Combined with the fact that the electric eel is extremely sensitive to water movement, the slight fluctuation of the water flow allows the electric eel to quickly lock on to the position of the prey, and release a strong high pressure within 10 milliseconds, so that the prey is paralyzed and unable to escape.

Electric eels are not only used to hunt, but also to ward off enemies. Piranhas such a ferocious animal has to stay away from the electric eel, or no one can run away without a large piece of electricity. Someone photographed before that a crocodile preyed on the electric eel, but the electric eel was fine, and the crocodile was pumped by the electricity.

The above content reference: People's Information - If you can't raise Pikachu Sun Hunger, can you raise electric eels?

The electric eel does not run out of electricity.

The electricity of the electric eel comes from the bioelectricity that comes from itself.

It will not be exhausted, the electric eel can discharge 50 times per second, but after continuous discharge, the current gradually weakens, disappears completely after 10-15 seconds, and can regain the discharge ability after a while.

Introduction to electric eels

Electric eel, is the electric eel of the electric eel family bareback electric eel fish, can produce enough to stun the human macro old roll of the current, is the strongest discharge ability of freshwater fish, the output voltage can reach 300-800 volts, so the electric eel has a "high-voltage line" in the water.

called. Delicious and nutritious, electric eel is a well-known edible fish and can also be used as a display or ornamental fish in aquariums.

Electric eels are not true eels, but are closer to species of catiformes. It is distributed in tropical and temperate waters, mostly in shallow ponds.

or the shore activity of the water body is relatively turbid, and it is a descending migratory fish. Native to the sea, it grows up in freshwater and returns to the sea to lay eggs, which can lay 700-10 million eggs at a time. It tends to be diurnal and nocturnal, likes flowing water, low light, and cave dwelling, and has a strong ability to trace water.

It can be up to meters long and weigh up to 20 kilograms. Slow-moving, inhabiting slow-flowing freshwater rivers.

and from time to time to surface, swallow air, and breathe. The body is large and long, cylindrical, smooth and scaleless, with a black back and an orange-yellow belly. The dorsal and caudal fins are vestigial, and there is a long anal fin on the lower edge of the tail end, which parades by the plucking of the anal fin.

The tail has two pairs of long fusiform discharges, located on both sides of the caudal spinal cord, ** in the musculature.

The ocean is the largest place on the earth, according to the proportion, it occupies a total of 70% of the earth's area, so from the universe the earth is a blue planet, and the earliest life also came from the ocean, even today the ocean has a large number of biological speciesFor example, electric eels, people will be confused about whether electric eels will be electrocuted by electric eels? This is not possible, because electric eels are basically insulators all over the ocean and will not be electrified.

Only the big electric eel can electrocute the small electric eel, but the small electric eel can't electrocute the big electric eel, but the electric eel Wang Hui electrocuted both the big electric eel and the small electric eel to electrocute her, and the two of them can't electrocute the electric eel king at all.