for silica system on the figure given in question 4:

c) apply phase rule on a phase boundary and comment

d) apply thermodynamic equilibrium conditions on the same point (thermal, mechanical, and chemical equilibrium)

GROUP B (For Silica system on the Figure given in question 4): c) Apply phase rule on a phase boundary and comment (5 P) d) Apply thermodynamic equilibrium conditions on the same point (Thermal, Mechanical and Chemical equilibrium) (5P) I pledge that I have not violated the honour code, and, I have neither given nor received nor observed any unauthorised aid on this exam. Page: Please use both sides of this page. Wishing you all the success for your exams. Define the Unary Silica system given in Fig. 2.5 in your textbook (USE EMPTY SPACE ON THE RIGHT) a) Define critical (invariant) points with specific (T, P) values (4P) b) Define the nature of phases in equilibrium (2 P ) c) Define the nature of phase transformations if they are shrinking (Vi10 ) when heat energy is supplied into the system (3P) i: initial state f : final state (2P) I pledge that I have not violated the honour code, and, I have neither given nor received nor observed any unauthorised aid on this exam. Please use both sides of this page. Wishing you all the success for your exams. Marmara University Faculty of Engineering Metallurgical and Materials Engineering Exam Answer Sheet GROUP B (For Silica system on the Figure given in question 4): c) Apply phase rule on a phase boundary and comment (5 P) d) Apply thermodynamic equilibrium conditions on the same point (Thermal, Mechanical and Chemical equilibrium) (5P) I pledge that I have not violated the honour code, and, I have neither given nor received nor observed any unauthorised aid on this exam. Page: Please use both sides of this page. Wishing you all the success for your exams. Define the Unary Silica system given in Fig. 2.5 in your textbook (USE EMPTY SPACE ON THE RIGHT) a) Define critical (invariant) points with specific (T, P) values (4P) b) Define the nature of phases in equilibrium (2 P ) c) Define the nature of phase transformations if they are shrinking (Vi10 ) when heat energy is supplied into the system (3P) i: initial state f : final state (2P) I pledge that I have not violated the honour code, and, I have neither given nor received nor observed any unauthorised aid on this exam. Please use both sides of this page. Wishing you all the success for your exams. Marmara University Faculty of Engineering Metallurgical and Materials Engineering Exam Answer Sheet