Which of the following are common shock severity factors for humans?

The correct answer encompasses all listed factors as common determinants of shock severity in humans.

Voltage is significant because higher voltages can create a stronger electric field, which increases the likelihood of current passing through the body. The duration of exposure is also crucial; prolonged exposure to electrical current can lead to more severe injuries or fatality, as tissues are damaged over time.

The path of current through the body affects the extent of injury as well. Different pathways can lead to more critical organ involvement or disruptions in bodily functions. For instance, a current passing through the heart or brain can have much more devastating effects compared to a pathway that avoids these vital organs.

Environmental conditions further influence shock severity. Factors like moisture, which can lower skin resistance, or the type of ground can either enhance or mitigate the risk and severity of shock.

Considering these multiple factors together provides a comprehensive understanding of how electrically induced injuries can vary tremendously among individuals based on these influences. Therefore, acknowledging all these factors collectively is essential in assessing shock severity in humans.