A element crystallises in a bcc structure. The edge length of its unit cell is 288 pm. If the density of the crystal is 7.3 g `cm^(-3)` , what is the atomic mass of the element ?

As element cystallises in BCC structure. The edge length of its unit cell is 288 pm. It the density of the crystals is 7.2 g cm^(-3) , what is the atomic mass of the element ? (b) How many atoms of the element are presnet in 100g ?

An element crystallizes in fcc lattice. If the edge length of the unit cell is 408.6 pm and the density is 10.5 g cm^(-3) . Calculate the atomic mass of the element.

An element crystallized in fcc lattice and edge length of unit cell is 400 pm. If density of unit cell is 11.2 g cm^(-3) , then atomic mass of the element is

An element crystallize in fcc lattice and edge length of unit cell is 400 pm. If density of unit cell is 11.2 gcm^-3 , then atmomic mass of the element is

An element crystallizes in a body centred cubic lattice. The edge length of the unit cell is 200 pm and the density of the element is "5.0 g cm"^(-3) . Calculate the number of atoms in 100 g of this element.

An element occurs in bcc structure with cell edge 288 pm. Its density is 7.2 g cm^(-3) . Calculate the atomic mass of the element.

An element crystallises in a cubic crystal structure. The edge length of its unit cell is 3.15Å. The atomic mass and the density of the element are 96 amu and 10.2g*cm^(-3) . Predict the crystal lattice possessed by the element.