In the text, Okun's law is given as:
A) $u - \bar { u } = - 2 \times \frac { \tilde { Y } } { \bar { Y } }$
B) $\frac { u } { \bar { u } } = - 1 / 2 \times ( \tilde { Y } - \bar { Y } )$
C) $u = - 2 \bar { Y }$
D) $\bar { u } - u = - 2 \times \tilde { y }$
E) $u - \bar { u } = - 1 / 2 \times \tilde { Y }$

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The Answer of In the text, Okun's law is given as:
A) $u - \bar { u } = - 2 \times \frac { \tilde { Y } } { \bar { Y } }$
B) $\frac { u } { \bar { u } } = - 1 / 2 \times ( \tilde { Y } - \bar { Y } )$
C) $u = - 2 \bar { Y }$
D) $\bar { u } - u = - 2 \times \tilde { y }$
E) $u - \bar { u } = - 1 / 2 \times \tilde { Y }$

In the Text, Okun's Law Is Given As: A) u−uˉ=−2×Y~Yˉu - \bar { u } = - 2 \times \frac { \tilde { Y } } { \bar { Y } }u−uˉ=−2×YˉY~​

In the Text, Okun's Law Is Given As:
A) $u - \bar { u } = - 2 \times \frac { \tilde { Y } } { \bar { Y } }$