For a FCC metal, radius of the largest sphere that can fir in tetrahedral void (in mm) is ______ (answer up to three decimal places).
(Given lattice parameter =0.401 nm)
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For a FCC metal, radius of the largest sphere that can fir in tetrahedral void (in mm) is ______ (answer up to three decimal places).
(Given lattice parameter =0.401 nm)
See lessCorrect answer is 0.031 nm. @Digbijaya igit described it best. Thank you.
Correct answer is 0.031 nm. digbijaya igit igit described it best. Thank you.
See lessGiven, lattice parameter,a=0.401 nm; FCC structure implies a*sqrt(2)=4*r. Find r. And the required size of tetrahedral void=0.225*r.
Given,
lattice parameter,a=0.401 nm;
FCC structure implies a*sqrt(2)=4*r. Find r.
And the required size of tetrahedral void=0.225*r.
See less