If an ionic compound (molar mass of compoind is 60 g/mol) crystallises in fcc lattoce with unit cell edge length 5 A° then density of unit cell(in g/cm³) if it has 5% schottky defects is

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Q. An element (at. Wt. = 50) crystallises in FCC lattice, with a = 0.50 nm. What is the density of the unit cell if it contains 0.25% Schottky defects?

(u s e N_{A} = 6 \times 10^{23})

(a = Edge length of the unit cell)

Q. An element (atomic weight = 50) crystallises in an fcc lattice, with a = 0.50 nm. The density of the unit cell (in gm/cc) if it contains 0.25% Schottky defects is

Q. An element (at. Wt. = 50) crystallises in FCC lattice, with a = 0.50 nm. What is the density of the unit cell if it contains 0.25% Schottky defects?

(u s e N_{A} = 6 \times 10^{23})

(a = Edge length of the unit cell)

If an element with atomic mass=50 crystalizes in FCC lattice, with edge length of unit cell as 0.5nm. What is the density of unit cell if it contains 0.25% Schottky defects

(a) 2 g/cc (b)2.66 g/cc (c)3.06 g/cc (d)none of these

Q. An element (atomic weight = 50) crystallises in an fcc lattice, with a = 0.50 nm. The density of the unit cell (in gm/cc) if it contains 0.25% Schottky defects is

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