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mu observed = Sigma mu(i)X(i) where mu...

`mu` observed `= Sigma mu_(i)X_(i)`
where `mu_(i)` is the dipole moment of the stable conformer and `X_(i)` is the mole fraction of that conformer.

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To solve the question, we need to analyze the given equation and its components. The equation states: \[ \mu_{\text{observed}} = \Sigma \mu_{i} X_{i} \] where: - \(\mu_{i}\) is the dipole moment of the stable conformer, ...
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