Under a tensile stress of 1,000MPa along the <111> direction, the center-to-center atomic separation distance along...

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Under a tensile stress of 1,000MPa along the <111> direction, the center-to-center atomic separation distance along this direction in body-centered-cubic iron is 0.2489 nm. Given that the radius of iron atoms is 0.124 nm, calculate the modulus of elasticity along this direction (7 points)

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Answer 1

Answer #1

Solh .. Griven Center to center atomic Sebenahon dastonct ะ:ơ.248ghm atomic s adius (or)-0.124 Centento centen atomic seperation diHghu aJonj 〈11L) = 2×0.124 = 0.24 8 nm Lf -Li o-oo 3 6 3 0 24 8 Modwvi

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Under a tensile stress of 1,000MPa along the <111> direction, the center-to-center atomic separation distance along...

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Consider a single crystal of BCC iron oriented such that a tensile stress is applied along...

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Under a tensile stress of 1,000MPa along the <111> direction, the center-to-center atomic separation distance along...

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Under a tensile stress of 1,000MPa along the <111> direction, the center-to-center atomic separation distance along...