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Net Value Analysis

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      1 min de lecture

    • source

      llms.txt

    See slides

    determine which options has most positive net value for the lab

    Net valueLab=BenefitsLab−CostLab\text{Net value}_{\text{Lab}} = \text{Benefits}_{\text{Lab}} - \text{Cost}_{\text{Lab}}

    Simulation: gold nanoparticles

    NVP(relative to purchasing)=NVP−NVP=0 NVF(relative to purchasing)=NVF−NVP=CP−CF NVnR(relative to purchasing)=NVnR−NVP=CP−CnR \begin{aligned} NV_P \text{(relative to purchasing)} &= NV_P - NV_P = 0 \\\ NV_F \text{(relative to purchasing)} &= NV_F - NV_P = C_P - C_F \\\ NV_{nR} \text{(relative to purchasing)} &= NV_{nR} - NV_P = C_P - C_{nR} \\\ \end{aligned}

    relative to purchasing

    NV=$896 week−1−($5100 mLqingred+$12.5hrtFumeHood+$100hrtSEM+$15hrtGradStudent+Cother)NV = \$896 \, \text{week}^{-1} - \left( \frac{\$5}{100 \, \text{mL}} q_{\text{ingred}} + \frac{\$12.5}{\text{hr}} t_{\text{FumeHood}} + \frac{\$100}{\text{hr}} t_{\text{SEM}} + \frac{\$15}{\text{hr}} t_{\text{GradStudent}} + C_{\text{other}} \right)

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