Derive a form of Eq. (7-13) for (left(mathrm{FR}_{mathrm{NK}, text { bot }} ight)) in terms of (left(mathrm{FR}_{mathrm{LK},

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Derive a form of Eq. (7-13) for \(\left(\mathrm{FR}_{\mathrm{NK}, \text { bot }}\right)\) in terms of \(\left(\mathrm{FR}_{\mathrm{LK}, \text { dist }}\right)\).

Equation 7-13

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