Home
Class 12
PHYSICS
A domain in a ferromagnetic material (...

A domain in a ferromagnetic material (iron ) is in the form of a cube of side length 1 `mu` The dipole moment of the domain when all the atomic dipoles get perfectly aligned is `5xx10^(-12) Am^(2)` what is the intensity of magnetisation of the domain in this situation ?

Promotional Banner

Similar Questions

Explore conceptually related problems

A domain in a ferromagnetic substance is in the form of a cube of side length 1 mu m. If it contains 8 xx 10^(10) atoms and each atomic dipole has a dipole moment of 9 xx 10^(-24) Am^(2) , then magnetization of the domain is

What is the Domain theory of ferromagnetism?

A domain in a ferromagnetic substance is in the form of a cube of side length 1mum . If it contains 8 xx10^(10) atoms and each atomic dipole has a dipole moment of 9xx10^(-24) Am^2 , then the magnetization of the domain is

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 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))

The moment of a magnet (15 cm xx 2 cm xx 1 cm) is 1.2 Am^2 .What is its intensity of ,magnetisation?

Explain ferromagnetism on the basis of domain theory.

In a ferromagnetic material, below the curie temperature, a domain is defined as :