Suppose that all the dislocations in 2000 mm3 of crystal were somehow removed and linked end to end. Given 1 m =0.0006214 mile, how far (in miles) would this chain extend for dislocation densities of

(a) 103 mm-2 (undeformed metal)?

(b) 1010 mm-2 (cold-worked metal)?

Given that:Suppose that all the dislocations in 2000 mm3 of crystal were somehow removed and linked end to end. Given 1 m =0.0006214 mile, how far (in miles) would this chain extend for dislocation densities of

(a) 103 mm-2 (undeformed metal)

(b) 1010 mm-2 (cold-worked metal)

See attchment for completed solvings

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Suppose that all the dislocations in 2000 mm3 of crystal were somehow removed and linked end to end. Given 1 m =0.0006214 mile, how far (in miles) would this chain extend for dislocation densities of (a) 103 mm-2 (undeformed metal)? (b) 1010 mm-2 (cold-worked metal)?

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Suppose that all the dislocations in 2000 mm3 of crystal were somehow removed and linked end to end. Given 1 m =0.0006214 mile, how far (in miles) would this chain extend for dislocation densities of

(a) 103 mm-2 (undeformed metal)?

(b) 1010 mm-2 (cold-worked metal)?