Which of the following is a secondary factor in determining the severity of an electrical shock?

The selection of the general health of the body as a secondary factor in determining the severity of an electrical shock is accurate because an individual's health can influence how their body reacts to electric currents. A person who is in good health may have physiological characteristics that contribute to a more robust response to electrical exposure, potentially mitigating the effects of the shock compared to someone with pre-existing health conditions that may heighten their risk of severe consequences.

In assessing the overall impact of an electrical shock, other factors such as voltage, duration of contact, and current pathway are typically considered primary determinants. Voltage indicates the potential energy and can significantly influence the severity of shock; higher voltages generally lead to more severe shocks. The duration of contact affects how long the body is exposed to the current, with longer exposures typically increasing the potential for serious injury. Additionally, the pathway through which the current flows in the body plays a crucial role, as it influences which organs and tissues are affected and can determine the outcome of the shock.

While each of these factors is critical for understanding the overall risk and severity, the general health of the body serves as a modifier, often referred to as a secondary factor, because it can influence the outcomes of scenarios defined primarily by voltage, duration, and path.