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Q6The eutectic transformation of Cu-Ag system is given below - 008 L70wt%Ag) a10wt%Ag+90wt%Ag The melting point of Cu and Ag is 1200C and 1000C respectively.Assume, at room temperature 20C the solid solubility of Ag in Cu and Cu in Ag is 2 wt% and 5% respectively.Further assume that the solidus, liquidus and solvus lines are straight line and slope remain unchanged in the intermediate temperature. (a)Draw the phase diagram of Cu-Ag system along with temperature and composition. [5] (bMark all the phases, and the solidus, liquidus and solvus lines on the diagram. [5] cFind out the fraction of primary and eutectic when the Cu-Ag alloy consisting of 50wt% of Ag is cooled down from liquid state to a temperature just below the eutectic temperature [5] d Show the microstructural evolution of an Cu-Ag alloy consists of 8wt % Ag cools down very slowly from 1200Cto20C [5]

          Q6The eutectic transformation of Cu-Ag system is given below -
008 L70wt%Ag) a10wt%Ag+90wt%Ag
The melting point of Cu and Ag is 1200C and 1000C respectively.Assume, at room temperature 20C the solid solubility of Ag in Cu and Cu in Ag is 2 wt% and 5% respectively.Further assume that the solidus, liquidus and solvus lines are straight line and slope remain unchanged in the intermediate temperature.
(a)Draw the phase diagram of Cu-Ag system along with temperature and composition.
[5]
(bMark all the phases, and the solidus, liquidus and solvus lines on the diagram.
[5]
cFind out the fraction of primary  and eutectic  when the Cu-Ag alloy consisting of 50wt% of Ag is cooled down from liquid state to a temperature just below the eutectic temperature [5]
d Show the microstructural evolution of an Cu-Ag alloy consists of 8wt % Ag cools down very slowly from 1200Cto20C [5]

q6the eutectic transformation of cu ag system is given below 008 l70wtag a10wtag90wtag the melting point of cu and ag is 1200c and 1000c respectivelyassume at room temperature 20c the solid 52407

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