Please help me in 6. Thank you!!! 6. The phase diagram for magnesium-copper at constant pressure shows that twocompounds are formed: MgCu2, which melts at 800°C, and Mg2Cu, which melts at580°C. Copper melts at 1085°C, and magnesium at 648°C. The three eutectics are 9.4%by weight Mg (680°C), 33.4% by weight Mg (580°C) and 65% by weight Mg (380°C).Construct the phase diagram. State the variance for each area and eutectic points.7. The following data have been found for the system antimony-cadmium:Weight % CdFirst break in cooling2037.5 47.550587093100550461419400curvePlateau in cooling curve630410410410410439295295321Construct the phase diagaram, assuming that no breaks other than those actually occur inthe cooling curve. Label the diagram, and give the formula of any compound formed.8. For the binary system Cu-Ni, the following data are available from cooling experiments:melt composition(atomic % Ni)composition of solidfirst formed on coolingT(°C)(atomic % Ni)$140HCA110031011802037P Type here to searchWDELL

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6. The phase diagram for magnesium-copper at constant pressure shows that two compounds are formed: MgCu2, which melts at 800°C, and Mg Cu, which melts at 580°C. Copper melts at 1085°C, and magnesium at 648°C. The three eutectics are 9.4% by weight Mg (680°C), 33.4% by weight Mg (580°C) and 65% by weight Mg (380°C). Construct the phase diagram. State the variance for each area and eutectic points.

6. The phase diagram for magnesium-copper at constant pressure shows that two compounds are formed: MgCu2, which melts at 800°C, and Mg Cu, which melts at 580°C. Copper melts at 1085°C, and magnesium at 648°C. The three eutectics are 9.4% by weight Mg (680°C), 33.4% by weight Mg (580°C) and 65% by weight Mg (380°C). Construct the phase diagram. State the variance for each area and eutectic points.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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