Q/ Two metals (Cu-Ni) completely soluble in liquid state and in solid state as in figure, when the original concentration (Co) of alloy is 50 Wt% Ni and the compositions are (CL =46 Wt% Ni, Ca= 58 Wt%...


Q/ Two metals (Cu-Ni)<br>completely soluble in liquid<br>state and in solid state as in<br>figure, when the original<br>concentration (Co) of alloy is<br>50 Wt% Ni and the<br>compositions are (CL =46<br>Wt% Ni, Ca= 58 Wt% Ni)<br>choose the correct relative<br>amount. *<br>1600<br>2800<br>1500-<br>Liquid<br>1455°C<br>2600<br>1400<br>Solidus line<br>Liquidus line<br>2400<br>1300-<br>1200<br>2200<br>1100<br>2000<br>1085°C<br>1000<br>20<br>40<br>60<br>80<br>100<br>(Cu)<br>Composition (wt% Ni)<br>(Ni)<br>WL = 0.67 , Wa = 0.33<br>O WL = 0.59 , Wa = 0.41<br>WL = 0.65, Wa = 0.35<br>WL = 0.68, Wa 0.32<br>Temperature (°C)<br>Temperature (°F)<br>

Extracted text: Q/ Two metals (Cu-Ni) completely soluble in liquid state and in solid state as in figure, when the original concentration (Co) of alloy is 50 Wt% Ni and the compositions are (CL =46 Wt% Ni, Ca= 58 Wt% Ni) choose the correct relative amount. * 1600 2800 1500- Liquid 1455°C 2600 1400 Solidus line Liquidus line 2400 1300- 1200 2200 1100 2000 1085°C 1000 20 40 60 80 100 (Cu) Composition (wt% Ni) (Ni) WL = 0.67 , Wa = 0.33 O WL = 0.59 , Wa = 0.41 WL = 0.65, Wa = 0.35 WL = 0.68, Wa 0.32 Temperature (°C) Temperature (°F)

Jun 09, 2022
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