Wet skin has much less resistance than dry skin because water acts as a conductor for electrical currents, allowing them to flow more easily. When the skin is wet, the moisture reduces the insulating properties of the outer layer of skin, facilitating the passage of electrical signals. This lowered resistance increases the likelihood of electrical shock or injury when exposed to electrical sources. In contrast, dry skin provides a higher resistance, making it less conductive to electricity.
Copyright © 2026 eLLeNow.com All Rights Reserved.