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

Increases resistance significantly

Answer

Has no measurable effect

Answer

Reverses the current polarity

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

Collagen fibers in the dermis

Answer

Melanin pigment in the hair shaft

Answer

Lipid molecules in cell membranes

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

Lower equipment acquisition cost

Answer

Eliminates the need for insertion probes

Answer

Requires less formal training to perform safely

Question 4

Proper electrical safety in electrology requires that treatment equipment be:

Accepted Answer

Grounded to prevent electrical shock hazards

Answer

Used only on dry skin for maximum conductivity

Answer

Operated at maximum intensity to ensure efficacy

Answer

Plugged into two-prong ungrounded outlets

Question 5

The term 'current density' in electrolysis refers to:

Accepted Answer

The concentration of current in a specific tissue area

Answer

The frequency of electrical current pulses delivered

Answer

The total power output rating of the electrolysis machine

Answer

The voltage difference measured across the probe tip

Question 6

Which waveform does modern thermolysis equipment typically use to deliver high-frequency current?

Accepted Answer

Sinusoidal (sine wave)

Answer

Square wave

Answer

Sawtooth wave

Answer

Triangular wave

Question 7

Why is it important for the electrologist to understand the relationship between current intensity and treatment time in galvanic electrolysis?

Accepted Answer

Adjusting intensity and time allows control of lye production to balance effectiveness and tissue damage

Answer

Higher intensity always produces faster results with no added risk

Answer

Time is irrelevant; only intensity determines treatment outcome

Answer

Longer treatment time always compensates for lower intensity with no risk