An element having atomic mass 107.9 g `mol^(-1)` has FCC unit cell. The edge length of the unit cell is 486 pm. Calculate the density of the unit cell.

An element having atomic mass 107.9 u has FCC lattice. The edge length of its unit cell is 408.6 pm. Calculate density of the unit cell. ["Given, "N_(A)=6.022xx10^(23)"mol"^(-1)] .

An element having atomic mass 107.9 u had FCC lattice. The edge length of its unit cell is 408.6 pm. Calculate density of the unit cell. [Given , N_A = 6.022 xx 10^(23)] .

(a) calculate packing efficiency in simple cubic lattice. (b) An element having atomic mass 107.9 u has FCC lattice . The edge length of its unit cell is 408.6 pm calculate density of the unit cell. Given, NA=6.022xx10^23 mol-1] .

An element having atomic mass 60 amu. has fcc unit cell. The edge length of the unit cell is 4 xx 10^(2) pm. Find the density of the unit cell.

An element X has atomic mass 60 g mol^(-1) and density 6.23 g cm^(-3) . The edge length of its unit cell is 400 pm. Identify the type of the unit cubic cell. Calculate the radius of X atom.

An element with atomic mass 93 g mol^(-1) has density 11.5 g cm^(-3) . If the edge length of its unit cell is 300 pm, identify the type of unit cell.

An element with atomic mass 93 g mol^(-1) has density 11.5 g cm^(-3) . If the edge length of its unit cell is 300 pm, identify the type of unit cell.

An element with atomic mass 93 g mol^(-1) has density 11.5 g cm^(-3) . If the edge length of its unit cell is 300 pm, identify the type of unit cell.

b) An element crystallizes in a foc lattice. The edge length of the unit cell is 400 pm. Calculate the density of the unit cell. ("molar mass"="60 g mol"^(-1)) ("Avogadro number"=6.02 xx 10^(23))