Electrolysis Practice Exam

What characteristic of galvanic lye makes it effective for treating distorted follicles?

1. Highly conductive

2. Highly mobile

3. Low temperature

4. High viscosity

The correct answer is: Highly mobile

The effectiveness of galvanic lye in treating distorted follicles primarily stems from its high mobility. In electrolysis, the goal is to ensure that the lye can penetrate the hair follicle effectively and reach the target area where hair growth is being disrupted. High mobility allows the lye to flow freely within the follicle, facilitating chemical reactions necessary for hair removal. This characteristic enables the galvanic lye to interact more efficiently with the tissue within the follicle, leading to better treatment outcomes. In contrast, while conductivity is essential for the electrolysis process, it is not solely determining in addressing the specific issue of distorted follicles. Viscosity, which refers to the thickness or resistance to flow of a fluid, could hinder the movement of the lye. Additionally, the temperature of the lye during the process is typically maintained to avoid adverse effects on the skin and hair follicle. Thus, the high mobility of galvanic lye stands out as the crucial characteristic that aids in effectively treating distorted follicles.