A domain in ferromagnetic iron is in the form of a ube of side length `2mum` then the number of iron atoms in the domain are `("Molecular mass of iron"= 55gmol^(-1) and "density"=7.92 g cm^(-3))`

A domain in ferromagnetic iron is in the form of a cube of side length 1 mu m . Estimate the number of iron atoms in the domain and the maximum possible dipole moment and magnetisation of the domain. The molecular mass of iron 55g/mole and is density is 7.9 g//cm^(3) . Assume that each iron atom has a dipole moment of 9.27 xx 10^(-24) A m^(2) .

A domain in ferromagnetic iron is in the form of a cube of side length 1mu m. Estimate the number of iron atoms in the domain and the maximum possible dipole moment and magnetisation of the domain. The molecular mass of iron is 55 g/mole and its density is 7.9 g/(cm)^(3) . Assume that each iron atom has a dipole moment of 9.27 xx 10^(-24) "Am"^(2) .

A domain in ferromagnetic iron is in the form of a cube of side length 10^-4m . Estimate the number of iron atoms in the domain and the maximum possible dipole moment and magnetisation of the domain. The molecular mass of iron is 55g//"mole" , and its density is 7*9g//cm^3 . Assume that each iron atom has a dipole moment of 9*27xx10^(-24)Am^2 .

A domain in ferromagnetic iron is in the form of a cube of side length 10^-4m . Estimate the number of iron atoms in the domain and the maximum possible dipole moment and magnetisation of the domain. The molecular mass of iron is 55g//"mole" , and its density is 7*9g//cm^3 . Assume that each iron atom has a dipole moment of 9*27xx10^(-24)Am^2 .

A domain if ferromagnetic iron is in the form of cube of side length 1mum . Estimate the number of iron atoms in the domain and the maximum possible moment and magnetisation of the domain. The molecular mass iron is 55 g/mol and its density is 7.9g//cm^3 . Assume that each iron atom has a dipole moment of 9.27xx10^(-24) Am^2 .

A domain in ferromagnetic iron in the form of a cube of side length 1mum . Estimate the number of iron atoms in the domain and the maximum possible dipole moment and magnetisation of the domain. The atomic mass of iron 55g/mole and its density is 7.9 g/cm^(3) . Assume that each iron has a dipole moment of 9.27 xx 10^(-24) A m^(2) .

A domain in ferromagnetic iron is in the form of a cube of side length 1 xx 10^-6 m . Estimate the number of iron atoms in the domain, the maximum possible dipole moment and magnetization of the domain. Given: density 7.9frac(g)(cm^3) , molecular mass of iron = 55 g/ mole. Assume each atom has a dipole moment of 9.27 xx 10^-24 Am^2 .