The $\dot { V }$ O_2max at termination of exercise (as a percentage of the predicted) for five patients appears below. Which of these patients is the best candidate for pulmonary rehabilitation?
$\begin{array}{ll}\dot{V}&\mathrm{O}_{2 \max } \text { (predicted) }\\\text { A. } & 65 \% \\\text { B. } & 80 \% \\\text { C. } & 90 \% \\\text { D. } & 95 \%\end{array}$

Question

The

\dot { V }

O_2max at termination of exercise (as a percentage of the predicted) for five patients appears below. Which of these patients is the best candidate for pulmonary rehabilitation?

\begin{array}{ll}\dot{V}&\mathrm{O}_{2 \max } \text { (predicted) }\\\text { A. } & 65 \% \\\text { B. } & 80 \% \\\text { C. } & 90 \% \\\text { D. } & 95 \%\end{array}

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The Answer of The $\dot { V }$ O_2max at termination of exercise (as a percentage of the predicted) for five patients appears below. Which of these patients is the best candidate for pulmonary rehabilitation? $\begin{array}{ll} \dot{V}&\mathrm{O}_{2 \max } \text { (predicted) }\ \text { A. } & 65 \% \ \text { B. } & 80 \% \ \text { C. } & 90 \% \ \text { D. } & 95 \% \end{array}$

The V˙\dot { V }V˙ O2max at Termination of Exercise (As a Percentage of the (As

The $\dot { V }$ O_2max at Termination of Exercise (As a Percentage of the (As