A heart defibrillator used by emergency medical sta to restart an accident victim’s heart has a power supply that produces an average 5000V over a short period of time. A defibrillator is basically a capacitor that discharges its stored charge in such a way that the charge moves through the human body, across the heart, as a current. If this capacitor is created from charging up plates 5cm on each side, with plastic insulator spacing of 3cm between the plates, then how much charge did the plates transfer to the human body?
A heart defibrillator used by emergency medical sta to restart an accident victim’s heart has a power supply that produces an average 5000V over a short period of time. A defibrillator is basically a capacitor that discharges its stored charge in such a way that the charge moves through the human body, across the heart, as a current. If this capacitor is created from charging up plates 5cm on each side, with plastic insulator spacing of 3cm between the plates, then how much charge did the plates transfer to the human body?
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A heart defibrillator used by emergency medical sta to restart an accident victim’s heart has a power supply that produces an average 5000V over a short period of time.
A defibrillator is basically a capacitor that discharges its stored charge in such a way that the charge moves through the human body, across the heart, as a current. If this capacitor is created from charging up plates 5cm on each side, with plastic insulator spacing of 3cm between the plates, then how much charge did the plates transfer to the human body?
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