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Platinum crystallize in a face centered ...

Platinum crystallize in a face centered cube crystal with a unit cell length of `3.9231 Å`. The density and atomic radius of platinum are respectively: [Atomic mass of Pt = 195]

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Platinum crystallises in a face centered cube crystal with a unit cell length of 3,9231 Å . The density and atomic radius of platinum are respectively. [Atomic mass of Pt = 195]

Platinum crystallize in a face-centred cubic crystal with a unite cell length a. the distance between nearest neighbours is:

Platinum crystallize in a face-centred cubic crystal with a unite cell length a. the distance between nearest neighbours is:

Copper crystallizes in a face-centred cublic lattice with a unit cell length of 361pm. What is the radius of copper atom in pm ?

Platinum crystallizes in fcc crystal with a unit cell length a . The atomic radius of platinum is therefore asqrt2//2 .

Platinum crystallizes in fcc crystal with a unit cell length a . The atomic radius of platinum is therefore asqrt2//2 .

Platinum crystallizes in fcc crystal with a unit cell length a . The atomic radius of platinum is therefore asqrt2//2 .

Lithium crystallizes as body centered cubic crystals. If the length of the side of unit cell is 350=pm, the atomic radius of lithium is:

Lithium crystallizes as body centered cubic crystals. If the length of the side of unit cell is 350=pm, the atomic radius of lithium is:

Lithium crystallizes as body centered cubic crystals. If the length of the side of unit cell is 350=pm, the atomic radius of lithium is: