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Macro
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$F_Y(y)=\text{Prob}(y>X_1,y>X_2,...y>X_n)$

You If $F_{Y}(y)$ is the CDF of $Y$, then $$F_Y(y)=\text{Prob}(y>X_1,y>X_2,...,y>X_n)$$ You can then use the iid property and the cdf of a uniform variate to compute the cdf of $F_Y(y)$.

$F_Y(y)=\text{Prob}(y>X_1,y>X_2,...y>X_n)$

You can then use the iid property and the cdf of a uniform variate to compute the cdf of $F_Y(y)$.

If $F_{Y}(y)$ is the CDF of $Y$, then $$F_Y(y)=\text{Prob}(y>X_1,y>X_2,...,y>X_n)$$ You can then use the iid property and the cdf of a uniform variate to compute $F_Y(y)$.

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varty
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$F_Y(y)=\text{Prob}(y>X_1,y>X_2,...y>X_n)$

You can then use the iid property and the cdf of a uniform variate to compute the cdf of $F_Y(y)$.