A SOLID CYLINDRICAL cast product has a diameter of 0.1 m and a height of 0.5...

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A SOLID CYLINDRICAL cast product has a diameter of 0.1 m and a height of 0.5 m. Another cast product, of the same alloy, is in the shape of a PROLATE SPHEROID. with semi-polar (or semi-major) axis length = b = 0.6 m and semi-equatorial (or semi-minor) axis length = a = 0.4 m. Using Chvorinov's Rule. calculate the RATIO of the solidification time for the prolate spheroid cast product to that of the solid cylindrical cast product. TES A SOLID CYLINDRICAL cast product has a diameter of 0.1 m and a height of 0.5 m. Another cast product, of the same alloy, is in the shape of a PROLATE SPHEROID. with semi-polar (or semi-major) axis length = b = 0.6 m and semi-equatorial (or semi-minor) axis length = a = 0.4 m. Using Chvorinov's Rule. calculate the RATIO of the solidification time for the prolate spheroid cast product to that of the solid cylindrical cast product. TES

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Solution Given geometries A solid cylinder with diameter I and height h has s... View the full answer