Here's why:
* Conductivity: Living things contain water and electrolytes (salts), which are good conductors of electricity. This is why electrical shocks can be dangerous and why our nerves use electrical signals to transmit information.
* Insulation: Living things also have components that act as insulators. For example, our skin, hair, and fat act as barriers to electrical current.
So, it depends on what you're looking at and how you're measuring it.
* At a cellular level: Individual cells can act as both conductors and insulators.
* At the whole organism level: The overall conductivity of a living thing is determined by the balance between conducting and insulating elements.
It's important to note that electricity can be dangerous to living things, and even a small shock can disrupt vital functions.
