The average bulk resistivity of the human body (apart from surface resistance of the skin) is about 5.0 Ω⋅mΩ⋅m. The conducting path between the hands can be represented approximately as a cylinder 1.70 mm long and 0.110 mm in diameter. The skin resistance can be made negligible by soaking the hands in salt water. Part A What is the resistance between the hands if the skin resistance is negligible? Part B What potential difference between the hands is needed for a lethal shock current of 100 mA ? (Note that your result shows that small potential differences produce dangerous currents when the skin is damp.) Part C With the current in part (b), what power is dissipated in the body?
The average bulk resistivity of the human body (apart from surface resistance of the skin) is about 5.0 Ω⋅mΩ⋅m. The conducting path between the hands can be represented approximately as a cylinder 1.70 mm long and 0.110 mm in diameter. The skin resistance can be made negligible by soaking the hands in salt water. Part A What is the resistance between the hands if the skin resistance is negligible? Part B What potential difference between the hands is needed for a lethal shock current of 100 mA ? (Note that your result shows that small potential differences produce dangerous currents when the skin is damp.) Part C With the current in part (b), what power is dissipated in the body?
Chapter10: Direct-current Circuits
Section: Chapter Questions
Problem 71AP: A student makes a homemade resistor from a graphite pencil 5.00 cm long, where the graphite is 0.05...
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The average bulk resistivity of the human body (apart from surface resistance of the skin) is about 5.0 Ω⋅mΩ⋅m. The
Part AWhat is the resistance between the hands if the skin resistance is negligible?
Part BWhat potential difference between the hands is needed for a lethal shock current of 100 mA ? (Note that your result shows that small potential differences produce dangerous currents when the skin is damp.)
Part CWith the current in part (b), what power is dissipated in the body?
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