Question

Calculate the average current that flows through the victim when the capacitor in a defibrillator containing a charge of 0.16C discharge in a time of 10ms

Answer 1

The average current flowing through the victim when a defibrillator's capacitor discharges is calculated using the equation I = Q / t. With Q = 0.16 coulombs and t = 0.010 seconds, the average current is 16 amperes (A).

Step-by-step explanation:

To calculate the average current that flows through a victim during the discharge of a defibrillator's capacitor, we use the equation I = Q / t, where I is the current in amperes (A), Q is the charge in coulombs (C), and t is the time in seconds (s). Given that the charge Q is 0.16C and the time t is 10ms (which is 0.010 s), the average current I can be calculated as follows:

1. First, convert the time from milliseconds to seconds: 10 ms = 0.010 s.
2. Then use the equation I = Q / t: I = 0.16 C / 0.010 s.
3. Calculate the result: I = 16 A.

Therefore, the average current that flows through the victim is 16 A.