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MathML

\begin{array}{ll} P_{T}^{G L S} \approx M P_{T}^{G L S} \Rightarrow {\bar{c}}^{2} \int_{0}^{1} J_{c} (r)^{2} d r - \bar{c} J_{c} (1)^{2} & for z_{t} = 1 \\ P_{T}^{G L S} \approx M P_{T}^{G L S} \Rightarrow {\bar{c}}^{2} \int_{0}^{1} V_{c, \bar{c}} (r)^{2} d r + (1 - \bar{c}) V_{c, \bar{c}} (1)^{2} & for z_{t} = (1, t) \end{array}

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\[ \begin{array}{ll} P_ T^{GLS} \approx MP_ T^{GLS} \Rightarrow \bar{c}^2 \int _0^1 J_ c(r)^2 dr -\bar{c} J_ c(1)^2 \quad & \text {for} \; z_ t =1\\ P_ T^{GLS} \approx MP_ T^{GLS} \Rightarrow \bar{c}^2 \int _0^1 V_{c,\bar{c}}(r)^2 dr +(1-\bar{c})V_{c,\bar{c}}(1)^2 \quad & \text {for}\; z_ t =(1,t) \end{array} \]