Two straight wire-electrodes are placed, in parallel, across your index finger a distance 2.2 cm apart. The terminals of a battery, with a voltage of 9.8 V, are attached, one to each electrode. If an ammeter in series with the electrodes displays a current of 0.71 μA, what is the resistance of your skin in units of MQ? Your Answer: Answer units
Two straight wire-electrodes are placed, in parallel, across your index finger a distance 2.2 cm apart. The terminals of a battery, with a voltage of 9.8 V, are attached, one to each electrode. If an ammeter in series with the electrodes displays a current of 0.71 μA, what is the resistance of your skin in units of MQ? Your Answer: Answer units
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Question
![Two straight wire-electrodes are placed, in parallel, across your
index finger a distance 2.2 cm apart. The terminals of a battery,
with a voltage of 9.8 V, are attached, one to each electrode. If an
ammeter in series with the electrodes displays a current of 0.71
μA, what is the resistance of your skin in units of MQ?
Your Answer:
Answer
units](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6d046bba-6251-421e-98e5-5b292245c921%2F249d7278-48c3-4777-aa78-748bfb00eb47%2F8x9rnhp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two straight wire-electrodes are placed, in parallel, across your
index finger a distance 2.2 cm apart. The terminals of a battery,
with a voltage of 9.8 V, are attached, one to each electrode. If an
ammeter in series with the electrodes displays a current of 0.71
μA, what is the resistance of your skin in units of MQ?
Your Answer:
Answer
units
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