How powerful is an electric eel's shock?

An electric eel can produce an 860-volt electric shock, much higher than a household outlet.

How does an electric eel's shock work?

The electric eel's shock mechanism involves electrocytes in its tail acting like batteries.

A Van Der Graaf generator, a Tens unit, and a Tesla coil.

An electric eel has three electric organs for different purposes.

Mark experienced a severe electric shock from a Tesla coil during an experiment.

Electric eels can deliver an 860-volt electric shock instantaneously upon contact, using electrocytes in their tail as batteries, showcasing a unique and powerful defense mechanism in the animal kingdom.
Mark's intense and nerve-wracking experience with a Tesla coil, inspired by the electric eel's shocks, highlights the extreme nature of these creatures and the educational value of experiments, emphasizing the importance of understanding the difference between voltage and current in electrical shocks.

How powerful is an electric eel's shock?
An electric eel can produce an 860-volt electric shock, much higher than a household outlet.
How does an electric eel's shock work?
The electric eel's shock mechanism involves electrocytes in its tail acting like batteries.
What experiments demonstrate the electric eel's shock?
A Van Der Graaf generator, a Tens unit, and a Tesla coil.
How many electric organs does an electric eel have?
An electric eel has three electric organs for different purposes.
What was Mark's experience with an electric shock?
Mark experienced a severe electric shock from a Tesla coil during an experiment.

00:00

A three and a half foot electric eel can produce an 860-volt electric shock, much higher than a household outlet.
The electric eel was not harmed during the shocking experiment and is an educational ambassador.
The electric eel's shock is instantaneous upon contact and is unexpected from a fish.
A larger electric eel can deliver more powerful shocks due to its size.
The electric eel's shock mechanism involves electrocytes in its tail acting like batteries.
A Van Der Graaf generator demonstrates how charges build up and discharge, similar to the eel's shock.
The first battery was inspired by the electric eel's inner workings.
A Tens unit experiment shows the difference between voltage and current in shocks.
A Tesla coil visualizes the electric eel's shocks through water, creating visible sparks.
The electric eel has three electric organs for different purposes, including navigation and stunning prey.

11:33

Mark experienced a severe electric shock from a Tesla coil during an experiment, causing his legs and abdomen to lock up. He described the sensation as intense and nerve-wracking, with visible effects like redness and heat on his skin.
Despite the shocking experience, Mark praised Diana for the experiment and recommended viewers to check out her YouTube channel for more intriguing experiments. The incident highlighted the extreme nature of electric eels and left Mark with a memorable, albeit intense, experience.