II. Determine the degrees of freedom for regions U, V, X, Y in the Phase Diagram U X Temperature For Part II, write the degrees of freedom corresponding to U, V, X, and Y. Pressure
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- Use the answers in the table to draw the phase diagrams and locate the phase for each row of the table on the diagramFind MLT form for the (P/ρV2)For two hypotetical materials which have limitless solubility for both in the “liquid” and “solid” states in each other, the following data are listed. Melting Temperatures of material A and B are Tm,A and Tm,B respectively, Liquidus and Solidus curves are circular arcs. a- Draw the related “Phase Diagram” of Material A and Material B showing the data given and calculated. b- Calculate/Determine the compositions of phases at T2 , explain the procedure. c- Calculate/Determine the “percentages” of “phases” of Alloy,2 at T2 , explain the procedure. Given: -Tm,A, Celcius =300 -Tm,B, Celcius =800 -T1, Celcius =600 -B percentage of Liquid phase at T1 =25 -B percentage of Solid phase at T1 =70 -B percentage of Alloy 2. =50 -T2, Celcius =650 -B percentage of Liquid phase of Alloy 2 at T2 = to be calculated -B percentage of Solid phase of Alloy 2 at T2 = to be calculated
- What is the average molar mass of a gas containing the following by mass % composition: CO2 = 10 O2 = 3 CO = 3 H2O = 6 and N2 Please show your complete solution and write clearly. Thank you.Use the phase diagrams for Cu-Ni and Cu-Ag systems below to answer the question: Use the diagrams provided to determine the values of the following: i. Solubility of Ni in Cu at 1050 °F. ii. Solubility of Ag in Cu at 700 °F.iii. Solubility of Cu in Ni at 1300 °F. iv. Solubility of Cu in Ag at 400 °F.1. Visualize a substance with the following points on the phase diagram: a triplepoint at 0.05 atm and 150 K; a normal melting point at 175 K; a normal boiling pointat 350 K; and a critical point at 2.0 atm and 450 K. The solid liquid line is “normal”(meaning positive sloping). For this, complete the following:a. Roughly sketch the phase diagram, using units of atmosphere and Kelvin. Labelthe area 1, 2, and 3, and points T and C on the diagram.b. Describe what one would see at pressures and temperatures above 2.0 atmand 450 K.c. Describe the phase changes from 50 K to 250 K at 1.5 atm.d. What exists in a system that is at 1 atm and 350 K?e. What exists in a system that is at 1 atm and 175 K?2. Based from the phase diagrams of water and carbon dioxide, answer thefollowing questions and justify your answers: 1. You have ice at 263 K (-10.0 oC)and 1.0 atm. What could you do to make the ice sublime? 2. A sample of dry ice(solid CO2) is cooled to 173 K (-100.0 oC), and is set on a table at…
- V, Vapor - 90 bpB 90 80 + 80 70 - i+ 70 60 tv, Liquid 60 3D 50 %3D 50 3D 100% A 0% 80 20 60 40 40 60 20 0% 80 100% B d. If we purify all the way to L5, what will be its boiling point and composition then? TemperatureDraw the phase diagram for each row on the table using the data and locate the phase on the phase diagramVisualize a substance with the following points on the phase diagram: a triple point at 0.05 atm and 150 K; a normal melting point at 175 K; A normal boiling at 350 K; and a Critical point at 2.0 atm and 450 K. The solid liquid line is normal. For this complete the following: a. What exists in a system that is 1 atm and 350 K b. What exists in a system that is 1 atm and 175 K
- Answer the following questions, in the provided space in the table: Question Solution & Answer 1. A l-m' rigid tank contains 10 kg of water (in any phase or phases) At 160'C. The pressure in the tank is ? 2. What is the boiling temperature Of water at 175 kPa? 3. What is the state of H.O at 1554.9 kPa and 200 C? 4. What is the state of water at 300 C and 0.2 MPa? 5. What is the state of water at 0.01 C and 0.5 kPa? 6. What is the triple point? 7. What is the density of Compressed liquid-water at 500 kPa and 100 C? 8. What is the amount of heat required to evaporate 1 kg of saturated liquid water at 1000 kPa?Please show the complete solution. (Example: Conversion of Units) How much heat in kJ must be transferred to 20 kg of air to increase the temperature from 20 Degree Celsius to 280 Degree Celsius if the pressure is maintained constant?Water is at 200°C and at a pressure of 2 MPa. What is the phase description?