CME Electricity & Physics Principles in Electrology 3

Question 1

What effect does higher tissue moisture content have on electrical resistance during electrolysis?

Accepted Answer

Decreases resistance

Answer

Higher moisture content in tissues decreases electrical resistance, allowing current to flow more easily through the follicle and improving treatment effectiveness.

Question 2

In thermolysis, which tissue component primarily absorbs the high-frequency electrical energy and converts it to heat?

Accepted Answer

Water molecules within the tissue

Answer

Water molecules in the follicle tissue absorb high-frequency energy and vibrate rapidly, generating the heat that thermally destroys the follicle.

Question 3

What is the primary clinical advantage of the blend method compared to using galvanic current alone?

Accepted Answer

Faster treatment with enhanced lye production

Answer

The blend method accelerates the chemical reaction of lye production by adding heat from thermolysis, resulting in faster and more effective follicle destruction.

Question 4

Proper electrical safety in electrology requires that treatment equipment be:

Accepted Answer

Grounded to prevent electrical shock hazards

Answer

Electrology equipment must be properly grounded to provide a safe return path for stray electrical current, preventing shock hazards to both client and practitioner.

Question 5

The term 'current density' in electrolysis refers to:

Accepted Answer

The concentration of current in a specific tissue area

Answer

Current density is the concentration of electrical current within a defined tissue area; a finer probe creates higher current density at the treatment site.

(CME) Certified Medical Electrologist Practice Test

(CME) Certified Medical Electrologist Practice Test

CME Electricity & Physics Principles in Electrology 3