Statement I: Form factor becomes different for different waveformsof alternating voltage and current. Statement II: The mean value of alternating voltage or current =(2)/(pi)"rms value=1/(sqrt2)"timespeak value" for any wave form.

Statement I: Form factor becomes different for different waveformsof a

1.	Statement I: Form factor becomes different for different waveformsof alternating voltage and current. Statement II: The mean value of alternating voltage or current =(2)/(pi)"rms value=1/(sqrt2)"timespeak value" for any wave form.
Answer» Statement I is TRUE, statement II is true, statement II is a correct explanation for statement I. Statement I is true, statement II is true, statement II is not a correct explanation for statement I Statement I is true, statement II is false Statement I is false, statement II is true ANSWER :C

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Statement I: Form factor becomes different for different waveformsof alternating voltage and current. Statement II: The mean value of alternating voltage or current =(2)/(pi)"rms value=1/(sqrt2)"timespeak value" for any wave form.

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