The triple point on a phase diagram identifies:
a. The conditions in which a phase can exist at three pressures.
b. The temperature above which the supercritical fluid exists.
c. The conditions in which three phases co-exist.
d. The conditions in which a phase can exist at three temperatures.
e. The conditions in which the melting point, freezing point, and boiling point coincide.
In the phase diagram below, which is the gas to solid transition?
Select one:
a. A to C
b. B to C
c. C to B
d. A to B
e. C to A
The triple point on a phase diagram identifies:
(c) The conditions in which three phases co-exist. (Theory)
The triple point on a phase diagram identifies: a. The conditions in which a phase can...
What does the triple point on a phase diagram represent? Select one: a. It represents the conditions under which a substance can exist in two of the three phases in stable form. b. It represents the point at which the distinction between liquid and gas phases becomes unclear. c. It represents the conditions of pressure and temperature under which solid, liquid, and gas all co-exist. d. It represents the point at which the substance undergoes sublimation.
Type or paste question here Consider the following phase diagram to answer the questions. Be VERY complete in your answers, write neatly, and show all your work. Pressure Temperature a) Label on the plot the "triple point". What is special about this part of the curve (what is physically happening to the system at this point)? b) Label the areas on the plot that correspond to the liquid, vapor, and solid phases, and shade in the area that corresponds to...
Among other things, phase diagrams help us predict those conditions under which a substance will exist as a supercritical fluid. Supercritical CO2 is especially useful as it is very effective at dissolving nonpolar oils which constitute many of the flavouring or odor-causing compounds in foods. For example, food companies use supercritical CO2 to extract caffeine from coffee. a) Use the following data to label the following points on the phase diagram for CO2: Triple point -57°C, 5.1 atm, Normal sublimation...
The temperature of hte triple point: 195.41 K Consider the phase diagram of NH3. Triple point: 195.410 K and 0.06921 atm Normal boiling point: -33.342 oC Normal freezing point: -77.728 oC Density of liquid: 0.618g/mL Density of solid: 0.817 g/mL (a) Determine the heat of fusion, the heat of vaporization the heat of sublimation at near the triple point. (b) Determine the entropy change of fusion, vaporization and sublimation at near the triple point. (c) Plot the phase diagram...
Sulfur exhibits two solid phases, rhombie and monoclinic. Use the Phase Diagram er the following question. (The phase diagram is not to scale.) 151C. 1420 m Monline 95 1910 lam I am Rhobic 115.15C 95C 51 x 10am How many triple points are in the phase diagram? b. What phases are in equilibrium at the triple point at 9531°C? (Select all that apply.) rhombic liquid monoclinic c. What phases are in equilibrium at the triple point at 115.18°C? Show in...
Consider the phase diagram of NH3. Triple point: 195.9 K and 0.069 atm Normal boiling point: -33.34 oC Normal freezing point: -77.73 oC Density of liquid: 0.618g/mL Density of solid: 0.817 g/mL (a) Determine the heat of fusion, the heat of vaporization, and the heat of sublimation at the triple point. (b) Determine the entropy change of fusion, vaporization, and sublimation at the triple point. (c) Plot the phase diagram in the temperature range T: [-90 oC, 130 oC]. For...
Consider the phase diagram of NH Triple point: 195.410 K and 0.06921 atm Normal boiling point:-33.342 PC Normal freezing point: -77.728 °C Density of liquid: 0.618g/mL Density of solid: 0.817 g/mL (a) Determine the heat of fusion, the heat of vaporization the heat of sublimation at near the triple point. (b) Determine the entropy change of fusion, vaporization and sublimation at near the triple point. (c) Plot the phase diagram in the temperature range T: [-90 °C, 130 °C]. For...
Use the data to sketch the phase diagram for xenon (Xe) and then answer the questions that follow. Normal boiling point: 165 K Normal melting point: 161 K Triple point: 152 K, .37 atm Critical temperature: 290 K Critical pressure: 57 atm A. What phase is xenon at atmospheric conditions? B. Is liquid xenon more or less dense than solid xenon? Use the diagram to justify your answer. C. What is the appropriate maximum pressure of gas that can exist...
Sketch a phase diagram for a substance given the following information: the triple point occurs at 54.3 K and 0.00015 MPa; the critical point occurs at 154.6 K and 5043 MPa; the normal melting point is 54.8 K; and the normal boiling point is 90.25 K. Does this solid melt under applied pressure? Why?
6. Use the phase diagram below to answer the following questions. Pressure (Atmosphere) 45° 60° 100° 110° Temperature (°C) a. Which section represents the solid phase? b. What section represents the liquid phase? c. What section represents the gas phase? d. What letter represents the triple point? the definition of a triple point? In your own words, what is e. What is this substance's normal melting point, at 1 atmosphere of pressure? f. What is this substance's normal boiling point,...