Question: --Given Values-- Energy for Vacancy Formation (eV/atom): =0.54 Metal: = Potassium Temperature (C)=556 Alloy Metal A = Beryllium Alloy Metal B = Barium Metal-X =

 --Given Values-- Energy for Vacancy Formation (eV/atom): =0.54 Metal: = PotassiumTemperature (C)=556 Alloy Metal A = Beryllium Alloy Metal B = BariumMetal-X = Lithium Metal-Y = Cesium Magnification =108 ASTM Grain Size =5

--Given Values-- Energy for Vacancy Formation (eV/atom): =0.54 Metal: = Potassium Temperature (C)=556 Alloy Metal A = Beryllium Alloy Metal B = Barium Metal-X = Lithium Metal-Y = Cesium Magnification =108 ASTM Grain Size =5 Grain per Square Inches =22 Use 5.43g/cm3 as your density for Mercury For the ASTM Grain Size listed above. approximately how many grains would there be per square inch at 100 magnification? Your Answer = For the ASTM Grain Size listed above. anproximately how many grains would there be per square inch at the listed magnification above? (write answer to the hundreth place) Your Answer = For the ASTM Grain Size listed above, approximately how many grains would there be per square inch with no magnification? (answer in Engineering Notation) : Your Answer = imber(write answer to the hundreth place)? : Your Answer =

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