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Revision as of 15:41, 25 May 2017

$NSGAPA=({\frac {\sum ^{D}GDP_{R}}{\sum ^{D}POP_{r}}})-({\frac {\sum ^{G}DP_{r}}{\sum ^{L}POP_{r}}})$

<math>\frac{\operatorname d^2 R}{{\operatorname dQ}^2} < \frac{\operatorname d^2 C}{{\operatorname dQ}^2}</math\_>

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	<math>NSGAPA=(\frac{\sum^DGDP_R}{\sum^DPOP_r})-(\frac{\sum^GDP_r}{\sum^LPOP_r})</math>		<math>NSGAPA=(\frac{\sum^DGDP_R}{\sum^DPOP_r})-(\frac{\sum^GDP_r}{\sum^LPOP_r})</math>

	:<math>\frac{\operatorname d^2 R}{{\operatorname dQ}^2} < \frac{\operatorname d^2 C}{{\operatorname dQ}^2}</math>		:<math>\frac{\operatorname d^2 R}{{\operatorname dQ}^2} < \frac{\operatorname d^2 C}{{\operatorname dQ}^2}</math\_>