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The resistance of the body varies from approximately 500 kΩ (when it is very dry) to about 1.00kΩ (when it is wet). The maximum safe current is about 5.00 mA. At 10.0mA or above, muscle contractions can occur that may be fatal.

a)What is the largest potential difference that a person can safely touch if his body is wet?

b)Is this result within the range of common household voltages?

Respuesta :

Answer:

you absolute buffoon Use Ohms' Law:   V = RI

V = (1x10^3)(5x10^-3) = 5 volts

Yes, this is in the range of normal household voltages.  

Explanation:

onyebuchinnaji

(a) The largest potential difference that a person can safely touch if his body is wet is 5 volts.

(b) This result is within the range of common household voltages.

The given parameters;

  • resistance of a dry body, = 500 kΩ
  • resistance of a wet body, = 1.00 kΩ
  • maximum safe current = 5 mA

The largest potential difference that a person can safely touch if his body is wet is calculated by applying Ohm's law;

V = Ir

V = (5 x 10⁻³) x (1 x 10³)

V = 5 volts

Household voltage range is between 110 v to 120 v.

Thus, this result is within the range of common household voltages

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