Given: (4 Pts $\mathrm { B } \mathbb { I N G E }$

Given: (4 pts.)
Dependent Variable: $\mathrm { B } \mathbb { I N G E }$
Method: ML - Birary Logit (Quadratic hill climbing)
Sample(adjusted): 1695
Included observations: 695 after adjusting endpoints
Convergence achieved after 4 iterations
Covariance matrix computed using second derivatives


$\begin{array}{crrrr}\hline \hline \text { Variable } & \text { Coefficient } & \text { Std. Error } & \text { z-Statistic } & \text { Prob. } \\\hline \hline \text { C } & 2.174010 & 0.565780 & 3.842498 & 0.0001 \\\text { GPA } & -0.552753 & 0.159758 & -3.459934 & 0.0005 \\\text { MALE } & 0.581107 & 0.163816 & 3.547312 & 0.0004 \\\hline \hline\end{array}$ What is the probability that a male with a GPA = 2.8 is a binge drinker? Show your calculations.