Why is 220 V AC more dangerous than 220 V D | vedclass

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(B) The $rms$ value of $AC$ is given as $V_{rms} = 220 \ V$. The peak value $(V_0)$ of $AC$ is calculated as $V_0 = \sqrt{2} 	imes V_{rms} = 1.414

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Peak voltage for $AC$ is much larger

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(B) The $rms$ value of $AC$ is given as $V_{rms} = 220 \ V$. The peak value $(V_0)$ of $AC$ is calculated as $V_0 = \sqrt{2} 	imes V_{rms} = 1.414 	imes 220 \approx 311 \ V$. For $DC$,the voltage remains constant at $220 \ V$. Since the peak voltage of $220 \ V$ $AC$ is $311 \ V$,which is significantly higher than the constant $220 \ V$ of $DC$,$220 \ V$ $AC$ is more dangerous than $220 \ V$ $DC$.

Why is $220 \ V$ $AC$ more dangerous than $220 \ V$ $DC$?

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