An element A -atomic weight - - 100- amu- having bcc structure has unit cell edge length of - 400- pm- Calculate the -160-density of A- 2-59- g cm- -3- 5-188- g cm- -3- 10-37- g cm- -3-None of the above

The correct option is B 5.188 g cm ^ 3 density = zMN_o × (a × 10^ 10)^3 for bcc structure z= 2 d = 2 × #160; 1006 × 10^23× (400 × 10^ 10)^ ...

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Introduction to Imperfections in Solids

An element A ...

Question

An element A (atomic weight $= 100$ amu) having bcc structure has unit cell edge length of $400$ pm. Calculate the density of A.

2.59

g cm

^{- 3}

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5.188

g cm

^{- 3}

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10.37

g cm

^{- 3}

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None of the above

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An element (atomic mass 100 g/mol) having bcc structure has a unit cell edge of 400 pm. Then the density of the element is

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An element (atomic mass 100g/mol) havingbcc structure has unit cell edge 400pm. Then density of the element is

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