What type of resistance do human body organs have compared to skin regarding current flow?

Human body organs generally have less resistance compared to the skin when it comes to the flow of electric current. This is due to the inherent properties of the tissues that make up organs, which are typically more conductive than the outer layer of skin. The skin acts as a barrier that has a higher resistance, preventing the easy passage of current. When contact occurs, if the skin is breached or if there is sufficient voltage applied, the current will flow more readily through the organs than through the skin.

This characteristic is crucial to understand in the context of electrical safety, as it highlights the increased risk of injury when electric current travels through bodily organs rather than through the skin, which serves as a first line of defense against electrical shock. Therefore, recognizing the lower resistance in organs is vital for linemen and others working with electricity to mitigate risks and enhance safety protocols.