Final answer:
Without the phase diagram for cyclopentane, it's not possible to definitively determine its phase at 110°C and 275 bar. Typically, high temperatures and pressures suggest a liquid state, but the phase diagram is essential for precise answers.
Step-by-step explanation:
The phase of cyclopentane at 110°C and 275 bar can be determined by referring to its phase diagram, which would show the different states under various temperature and pressure conditions.
Since the exact phase diagram for cyclopentane is not provided, we can apply our understanding of typical phase behavior.
Generally, at high temperatures and high pressures, substances tend to be in the liquid phase.
However, without the actual diagram or more specific information about the critical point of cyclopentane, we can't provide a definite answer to the student's question.
In scenarios like this, consulting a phase diagram is necessary to accurately determine the state of a substance.
For general knowledge, in phases of matter where molecules are capable of changing their positions, we consider liquid, gas, and plasma as they have the freedom of movement that allows for molecular repositioning. Solids,
in contrast, have molecules in fixed positions relative to each other, resulting in a definite shape and volume.
Your complete question is: Estimate the fugacity of cyclopentane at 110°C and 275 bar. At this temperature, the vapor pressure of cyclopentane is 5.267 barosat It is known that Pcr = 45.02 bar, Tcr = 511.8 K, and w=0.196 Vsat liq of cyclopentane at 110°C= 107.54 cm3/mol 1. What is the phase at the given T & P? 110°C 275 bar fase: Psyst (lig 2. Estimate the fugacity according to the phase: vapor, at VLE, liquid insat 1 Estimate the fugacity of cyclopentane at 110°C and 275 bar. At this temperature, the vapor pressure of cyclopentane is 5.267 barosat It is known that Pcr = 45.02 bar, Tcr = 511.8 K, and w=0.196 Vsat liq of cyclopentane at 110°C= 107.54 cm3/mol 1. What is the phase at the given T & P? 110°C 275 bar fase: Psyst (lig 2. Estimate the fugacity according to the phase: vapor, at VLE, liquid insat 1 Estimate the fugacity of cyclopentane at 110°C and 275 bar. At this temperature, the vapor pressure of cyclopentane is 5.267 barosat It is known that Pcr = 45.02 bar, Tcr = 511.8 K, and w=0.196 Vsat liq of cyclopentane at 110°C= 107.54 cm3/mol 1. What is the phase at the given T & P? 110°C 275 bar fase: Psyst (lig 2. Estimate the fugacity according to the phase: vapor, at VLE, liquid insat 1 Estimate the fugacity of cyclopentane at 110°C and 275 bar. At this temperature, the vapor pressure of cyclopentane is 5.267 barosat It is known that Pcr = 45.02 bar, Tcr = 511.8 K, and w=0.196 Vsat liq of cyclopentane at 110°C= 107.54 cm3/mol 1. What is the phase at the given T & P? 110°C 275 bar fase: Psyst (lig 2. Estimate the fugacity according to the phase: vapor, at VLE, liquid insat 1 Estimate the fugacity of cyclopentane at 110°C and 275 bar. At this temperature, the vapor pressure of cyclopentane is 5.267 barosat It is known that Pcr = 45.02 bar, Tcr = 511.8 K, and w=0.196 Vsat liq of cyclopentane at 110°C= 107.54 cm3/mol 1. What is the phase at the given T & P? 110°C 275 bar fase: Psyst (lig 2. Estimate the fugacity according to the phase: vapor, at VLE, liquid insat