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HOAN,N2 dl dt HOAN N2 2nflo cos(2nft) L U 8.8 L However, our measuring devices indicate only effective values of alternating quantities. This effective value is defined as square root of square average of the original signal over one period T = 1/f After straightforward caleculation, we find the following relation between measurable quantities: 8.9 Ue AN2fl. L

HOAN,N2 dl dt HOAN N2 2nflo cos(2nft) L U 8.8 L However, our measuring devices indicate only effective values of alternating quantities. This effective value is defined as square root of square average of the original signal over one period T = 1/f After straightforward caleculation, we find the following relation between measurable quantities: 8.9 Ue AN2fl. L

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It would be much better if there will be a short / concise answer. Thank you.

This is a experiment about "magnetic induction".

The question is : Derive "Ue" given in Equation 8.9 starting from Equation 8.8.

HOAN,N2 dI HOAN,N2 U 2nf lo cos(2nft) 8.8 L dt L However, our measuring devices indicate only effective values of alternating quantities. This effective value is defined as square root of square average of the original signal over one period T = 1/f After straightforward caleulation, we find the following relation between measurable quantities: 2 πμ.Μ Ue AN2ƒl. 8.9
Transcribed Image Text:HOAN,N2 dI HOAN,N2 U 2nf lo cos(2nft) 8.8 L dt L However, our measuring devices indicate only effective values of alternating quantities. This effective value is defined as square root of square average of the original signal over one period T = 1/f After straightforward caleulation, we find the following relation between measurable quantities: 2 πμ.Μ Ue AN2ƒl. 8.9
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