BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are...

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Transcript of BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are...

Page 1: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 2: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 3: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 4: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 5: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 6: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 7: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 8: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 9: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that
Page 10: BPS Physics - Home · 34.6 Ohm's Law and Electric Shock The damaging effects of electric shock are the result of current passing through the body. From Ohm's law, we can see that