3. A heart attack often leads to a condition called fibrillation in which the heart's action lose their synchronization and is unable to pump blood effectively. This condition can often be corrected by an electric shock to the heart that completely stops it for the moment; the heart may then again start spontaneously in its normal rhythm. An appropriate such shock can be provided by a discharge of a 10 µF capacitor that has been charged to a potential difference of 6000V. (a). What energy is released as a current pulse? (b) How much charge passes through the patient's body? (c) If the pulse lasts 5ms, what is the average current that passes through the patient's body?

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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3. A heart attack often leads to a
condition called fibrillation in
which the heart's action lose their
synchronization and is unable to
pump blood effectively. This
condition can often be corrected
by an electric shock to the heart
that completely stops it for the
moment; the heart may then
again start spontaneously in its
normal rhythm.
An appropriate such shock can be
provided by a discharge of a 10 µF
capacitor that has been charged
to a potential difference of
6000v. (a). What energy is
released as a current pulse? (b)
How much charge passes
through the patient's body? (c) If
the pulse lasts 5ms, what is the
average current that passes
through the patient's body?
Transcribed Image Text:3. A heart attack often leads to a condition called fibrillation in which the heart's action lose their synchronization and is unable to pump blood effectively. This condition can often be corrected by an electric shock to the heart that completely stops it for the moment; the heart may then again start spontaneously in its normal rhythm. An appropriate such shock can be provided by a discharge of a 10 µF capacitor that has been charged to a potential difference of 6000v. (a). What energy is released as a current pulse? (b) How much charge passes through the patient's body? (c) If the pulse lasts 5ms, what is the average current that passes through the patient's body?
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