The vapor pressures of a halogen compound in its solid and liquid phases display the following temperature dependence:For the solid phase:\[\ln \left( \frac{P^{(s)}}{1 \, \text{bar}} \right) = 18.316 - \frac{4012 \, \text{K}}{T}\]For the liquid phase:\[\ln \left( \frac{P^{(l)}}{1 \, \text{bar}} \right) = 11.247 - \frac{2589 \, \text{K}}{T}\]where \( T \) is in Kelvin (K).(a) Determine the temperature of the triple point (in K). There are no graphs or diagrams in the image. ### Transcription:**(b) Determine the pressure of the triple point (in bars).**[Text Box for Input]

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The vapor pressures of a halogen compound in its solid and liquid phases display the following temperature dependence: p(s) 4012 K T 1 bar solid- liquid- In P (1) 1 bar = 18.316- = 11.247- 2589 K T where T is in K. (a) Determine the temperature of the triple point (in K).