Final answer:
Making the skin moist or applying a conductive gel can improve its conductivity. Insulated shoes are worn to prevent conductivity and ensure safety when working with electrical tools.
Step-by-step explanation:
To help make the skin a better conductor of electricity, one can reduce its resistance by ensuring that the skin is moist. This is because most of the body's resistance to electricity is in its dry skin, which decreases significantly when the skin is wet as salts go into ion form. Also, the application of a conductive gel used in medical settings, like with defibrillators, enhances conductivity and assists in the safer transfer of electrical energy, preventing burns by allowing electricity to pass through more efficiently.
In addition to moisture, any break in the skin, such as those caused by medical interventions like an intravenous infusion or catheter, can also decrease resistance and increase conductivity. However, it is important to note that in such cases, a person becomes more sensitive to electric shock (microshock sensitive).
In daily life, protective measures such as wearing insulated shoes are important to increase resistance and prevent the formation of a conductive path, especially during the use of high-power tools or when in contact with electric circuits.