Copper crystallises into a fcc lattice with edge length `3.60xx10^(-8)` Show that the calculated density is in agreement with its measured value of `8.92 g cm^(-3)`.

Copper crystallizes into a fcc lattice with edge length 3.61xx10^(-8) cm. Show that the calculate density is in agreement with is measured value of 8.92 g "cm"^(-3) . (At mass of copper = 63.5)

X-ray diffranction studies show that copper crystallises in an fcc unit cell with cell edge of 3.608x10^(-8) cm. In a separate experment, copper is determined to have a density of 8.92 g cm^-3 , calculate the atomic mass of copper.

Silver crystallises in fcc lattice. If edge length of the cell is 4.04x10^(-8) cm and density is 10.5g cm^(-3) , calculate the atomic mass of silver.

Silver crystallines in fcc lattice. If edge length of the cell is 4.077xx10^-8cm and density is 10.5 g cm^-3 . Calculate the atomic mass of silver.

Silver crystallisaes in fcc lattice. If the edge length of th cell is 4xx10^(-8) cm and density is 11.2 g "cm"^(-3) , calculate the atomic mass of silver.

An element crystallises in a structure having fcc unit cell of edge length 200 pm. Calculate the density if 200 gm of this element contain 24xx10^(23) atoms.

An element crystallising in body centred cubic lattice has an edge length of 500 pm. If its density is 4gcm^-3 , the atomic mass of the element is

An element with density 10 g cm^(-3) forms a cubic unit cell with edge length of 3xx10^(-8) cm.What is the nature of the cubic unit cell if the atomic mass of the element is 81 g mol^(-1)