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
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To determine the phase present at the point A () -40 % tin and 60 Pb. Also the complete composition of each phase and the weight composition of each phase at the given point is needed to be determined.
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at 100C what is the maximum solubility (a) of Pb in Sn and (b) of Sn in Pb? The lead-tin phase diagram is shown in the animated figure
wt% Pb ?
wt% Sn ?
at 100C what is the maximum solubility (a) of Pb in Sn and (b) of Sn in Pb? The lead-tin phase diagram is shown in the animated figure
wt% Pb ?
wt% Sn ?
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