What’s more dangerous: 10,000 volts at 1000 amps or 30,000 volts at 300 amps?


Both scenarios pose significant dangers, but the severity of the danger can vary based on different factors.

Voltage is often considered more directly associated with the potential to cause harm, as it determines the ability of electricity to overcome the body’s resistance and penetrate the skin.

Higher voltage can lead to more severe injuries, as it allows electricity to travel through the body more easily.

In the comparison provided:- 10,000 volts at 1000 amps indicates a high current but a slightly lower voltage.- 30,000 volts at 300 amps indicates a significantly higher voltage with lower current.

Given the higher voltage in the second scenario (30,000 volts), it would likely pose a greater risk of severe injury or fatality due to the increased potential for electrical current to penetrate the body.

However, it’s important to note that both scenarios are extremely dangerous, and the effects of electricity on the human body depend on various factors such as the duration of exposure, path of current flow, and individual health conditions.