A S A G D P C U M C H G γ = G D P γ t − G D P γ t − 1 G D P γ t − 1 ∗ 100 {\displaystyle ASAGDPCUMCHG_{\gamma }={\frac {GDP_{\gamma }^{t}-GDP_{\gamma }^{t-1}}{GDP_{\gamma }^{t-1}}}*100}
A S A P O P C U M C H G γ = P O P γ t − P O P γ t − 1 P O P γ t − 1 ∗ 100 {\displaystyle ASAPOPCUMCHG_{\gamma }={\frac {POP_{\gamma }^{t}-POP_{\gamma }^{t-1}}{POP_{\gamma }^{t-1}}}*100}
A S A L A B C U M C H G γ = L A B γ t − L A B γ t − 1 L A B γ t − 1 ∗ 100 {\displaystyle ASALABCUMCHG_{\gamma }={\frac {LAB_{\gamma }^{t}-LAB_{\gamma }^{t-1}}{LAB_{\gamma }^{t-1}}}*100}
