Identify the lowest positive charge developed | vedclass

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(B) The inductive effect is a distance-dependent phenomenon where the electron-withdrawing group $(-Cl)$ pulls electron density towards itself,creatin

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$\delta_3$

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(B) The inductive effect is a distance-dependent phenomenon where the electron-withdrawing group $(-Cl)$ pulls electron density towards itself,creating a partial positive charge on the adjacent carbon atoms.As the distance from the source of the inductive effect (the electronegative atom) increases,the magnitude of the induced partial positive charge decreases.The order of magnitude of the positive charge is $\delta > \delta_1 > \delta_2 > \delta_3$.Therefore,the lowest positive charge is $\delta_3$.

$(A)$. Inductive effect	$(I)$. Delocalization of $\pi$ electrons
$(B)$. Hyper-conjugation	$(II)$. Displacement of $\pi$ electrons
$(C)$. Resonance effect	$(III)$. Delocalization of $\sigma$ electrons
	$(IV)$. Displacement of $\sigma$ electrons

Identify the lowest positive charge developed (indicated by $\delta, \delta_1, \delta_2, \delta_3$) due to the inductive effect in the following compound: $CH_3-CH_2-CH_2-CH_2-Cl$.

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