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Revision as of 14:09, 7 June 2017

$A S A G D P C U M C H G_{γ} = \frac{G D P_{γ}^{t} - G D P_{γ}^{t - 1}}{G D P_{γ}^{t - 1}} * 100$

$A S A P O P C U M C H G_{γ} = \frac{P O P_{γ}^{t} - P O P_{γ}^{t - 1}}{P O P_{γ}^{t - 1}} * 100$

$A S A L A B C U M C H G_{γ} = \frac{L A B_{γ}^{t} - L A B_{γ}^{t - 1}}{L A B_{γ}^{t - 1}} * 100$

Revision as of 14:09, 7 June 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary ← Older edit		Revision as of 14:09, 7 June 2017 view source EmoryFerguson (talk \| contribs) 2,246 edits No edit summary Newer edit →
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	<math>ASAPOPCUMCHG_{\gamma}=\frac{POP^t_{\gamma}-POP^{t-1}_{\gamma}}{POP^{t-1}_{\gamma}}*100</math>		<math>ASAPOPCUMCHG_{\gamma}=\frac{POP^t_{\gamma}-POP^{t-1}_{\gamma}}{POP^{t-1}_{\gamma}}*100</math>

	<math>ASALABCUMCHG_{\gamma}=LAB^t_{\gamma}-LAB^{t-1}_{\gamma}}{LAB^{t-1}_{\gamma}}*100		<math>ASALABCUMCHG_{\gamma}=\frac{LAB^t_{\gamma}-LAB^{t-1}_{\gamma}}{LAB^{t-1}_{\gamma}}*100</math>