question 3 of 3\n_____ are properties of microcurrent. (select all that apply)\nselect the correct…

question 3 of 3\n_____ are properties of microcurrent. (select all that apply)\nselect the correct response(s):\nnegative and positive polarity in one probe\nnamed after a croatian electrical engineer\ncurrent treats only a specific area, does not travel through the body\nuses one electrode made of glass or metal\nconstant and direct current using a positive and negative pole\nextremely low level of electricity that mirrors the body’s electrical impulses\nnamed after an italian doctor\nproduces chemical changes through iontophoresis\nthermal or heat - producing current with a high rate of oscillation

question 3 of 3\n_____ are properties of microcurrent. (select all that apply)\nselect the correct response(s):\nnegative and positive polarity in one probe\nnamed after a croatian electrical engineer\ncurrent treats only a specific area, does not travel through the body\nuses one electrode made of glass or metal\nconstant and direct current using a positive and negative pole\nextremely low level of electricity that mirrors the body’s electrical impulses\nnamed after an italian doctor\nproduces chemical changes through iontophoresis\nthermal or heat - producing current with a high rate of oscillation

Answer

Brief Explanations:

Microcurrent has a negative and positive polarity in one probe. It is a constant and direct current using positive and negative poles. It is an extremely low - level of electricity that mirrors the body’s electrical impulses. It can produce chemical changes through iontophoresis. It treats only a specific area and doesn't travel through the body. It is not named after a Croatian electrical engineer or an Italian doctor. It doesn't use one electrode made of glass or metal and is not a thermal or heat - producing current with a high rate of oscillation.

Answer:

Negative and positive polarity in one probe Current treats only a specific area, does not travel through the body Constant and direct current using a positive and negative pole Extremely low level of electricity that mirrors the body’s electrical impulses Produces chemical changes through iontophoresis