What does electricity generally follow according to Taser safety protocols?

Electricity generally follows the path of least resistance because it naturally seeks the easiest route to complete a circuit. This principle is fundamental in understanding how electrical currents behave and is particularly relevant in the context of Taser safety protocols. When a Taser delivers an electrical charge, it follows the path that encounters the least opposition, which can be critical in determining the effectiveness and safety of the device.

In scenarios where the electrical current encounters varying degrees of resistance—such as through different materials or body tissues—it will opt for the route that offers the least resistance, ensuring that the current flows efficiently and effectively. This concept is essential for both operational safety and effectiveness when using a Taser, allowing the user to determine the best practices for deployment while minimizing the risk of unintended consequences, such as injury.