Frequently Asked Questions on Magnetic Susceptibility

What is Magnetic Susceptibility?

Magnetic susceptibility is the measure of how much a material is magnetised in an applied magnetic field.

What does Magnetic Susceptibility Depend On?

Magnetic susceptibility of a magnetic substance or material is depends on the temperature and the strength of the magnetising field.

What is Significance of Magnetic Susceptibility?

Magnetic susceptibility provides valuable information about the magnetic properties of materials, which is essential for designing magnetic materials for differentiffernet applications, including electronics, data storage, and medical imaging.

Which Material has Negative Magnetic Susceptibility?

For diamagnetic material magnetic susceptibility is negative. It is positive for paramagnetic material and ferromagnetic material has large positive magnetic susceptibility.

What are Differences between Diamagnetic, Paramagnetic, and Ferromagnetic Materials?

• Diamagnetic materials have negative susceptibility and are weakly repelled by magnetic fields.
• Paramagnetic materials have positive susceptibility and are weakly attracted by magnetic fields.
• Ferromagnetic materials have strong positive susceptibility and exhibit spontaneous magnetization.

What is Formula for Magnetic Susceptibility?

Magnetic susceptibility which is denoted by (χ), is the ratio of magnetization ‘M’ within material to magnetizing field intensity (denoted as ‘H’) and it is expressed as,

χ = M/H

Magnetic Susceptibility is the degree of magnetization of a material in response to an applied magnetic field. It is a dimensional constant. Magnetic susceptibility explains whether a material is repelled away from the magnetic field or attracted toward a magnetic field.

In this article, we have covered Magnetic Susceptibility Definition, its Formula, Examples, and others in detail.