Silver forms face centred cubic lattice having edge length 4.086 `Å`. Find the density of Silver. (Given At wt of Ag=108).

Silver crystalise in face centred cubic lattice. If edge length the unit cell is 4.07xx10^-8 cm and density of silver is 10.48 cm^-3 , determine the relative mass of silver.

What is the atomic weight of the element that forms. Face centred cubic lattice having edge length 400pm and density 208gm/cc?

Copper form face centred cubic lattice with side length 362 pm. Calculate its density (Cu=63.55).

Silver forms fcc lattice with edge length 409 pm calculate density of silver. What is the radius of silver atoms.

Silver crystallises in face centered cubic lattice. If edge length of the unit cell is 4.07xx10^(-8) cm and density of silver is 10.48 g cm^(-3) determine the relative atomic mass of silver.

Iron form body centred cubic lattice with side length 290.6 pm if its density b e7.89 gm/cc. Find Avogadro number? At wt of Fe 55.85.

Silver crystallises in face-centred cubic lattice. If edge length of the unit cell is 4.07xx10^(-8)cm and density of silver is 10.48g*cm^(-3) , determine the relative atomic mass of silver. or, (i) What is Schottky defect? (ii) Find out packing efficiency in a simple cubic lattice.

Silver crystallises in a face-centred cubic structure with unit cells having an edge length of 407pm. What is the radius of a silver atom in nm unit?

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 forms a body centred cubic lattice of edge length 288 pm density of the element 7.2gm cm^(-3) . Calculate the number of atoms and unit cell in 208gm of that element.