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Two metals X and Y are mutually soluble in all proportions in the liquid state, but are completely insoluble in each other in the solid state. Metal X has melting temperature of 280° C while metal Y melts at 320°C. The metals forms a eutectic temperature 140°C and composition 60%X and 40%Y. c) Determine the composition of the phases present at the temperature of 175°C for the following two alloys. i) ii) An alloy containing 20% X and 80% Y. An alloys containing 80%X and 20% Y.

Two metals X and Y are mutually soluble in all proportions in the liquid state, but are completely insoluble in each other in the solid state. Metal X has melting temperature of 280° C while metal Y melts at 320°C. The metals forms a eutectic temperature 140°C and composition 60%X and 40%Y. c) Determine the composition of the phases present at the temperature of 175°C for the following two alloys. i) ii) An alloy containing 20% X and 80% Y. An alloys containing 80%X and 20% Y.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Two metals X and Y are mutually soluble in all proportions in the liquid state, but are completely insoluble in each other in the solid state. Metal X has melting temperature of 280° C while metal Y melts at 320°C. The metals forms a eutectic temperature 140°C and composition 60%X and 40%Y. c) Determine the composition of the phases present at the temperature of 175°C for the following two alloys. i) ii) An alloy containing 20% X and 80%Y. An alloys containing 80%X and 20%Y. 20
Transcribed Image Text:Two metals X and Y are mutually soluble in all proportions in the liquid state, but are completely insoluble in each other in the solid state. Metal X has melting temperature of 280° C while metal Y melts at 320°C. The metals forms a eutectic temperature 140°C and composition 60%X and 40%Y. c) Determine the composition of the phases present at the temperature of 175°C for the following two alloys. i) ii) An alloy containing 20% X and 80%Y. An alloys containing 80%X and 20%Y. 20
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