What is Magnetic Intensity | Physics Wallah - Alakh Pandey Sir | @AlakhSirHighlights
My Academy・2 minutes read
Magnetization in materials is influenced by factors like internal and external magnetic fields, with higher intensity leading to increased magnetization. The magnetizing field intensity, defined by formulas like B/μo and H=B/μo-I, plays a crucial role in determining magnetization levels in a material.
Insights
- Magnetization in a material is influenced by both internal and external magnetic fields, with higher magnetic intensity resulting in increased magnetization.
- The magnetizing field intensity, determined by formulas like B/μo and H=B/μo-I, plays a crucial role in defining the level of magnetization in a material, with the unit and dimension of Ha being significant in magnetic field calculations.
Get key ideas from YouTube videos. It’s free
Recent questions
What is magnetization?
Magnetization is the amount of magnetic moment per unit volume in a material, influenced by internal and external magnetic fields.
How is magnetization affected?
Magnetization is affected by factors like internal and external magnetic fields, with higher magnetic intensity leading to increased magnetization in a material.
What determines the net magnetic field inside metal?
The net magnetic field inside metal is determined by the sum of factors like internal and external magnetic fields, with higher magnetic intensity resulting in increased magnetization.
What impacts the level of magnetization in a material?
The level of magnetization in a material is impacted by the magnetizing field intensity, which is related to the external magnetic field and defined by formulas like B/μo and H=B/μo-I.
How is magnetizing field intensity defined?
The magnetizing field intensity is defined by formulas like B/μo and H=B/μo-I, with the unit and dimension of Ha reflecting its significance in magnetic field calculations.
Related videos
Pla Academy: IGCSE and A level buddy
Cambridge IGCSE Physics 0625 - Unit 4 Electricity and magnetism part 2 Revision #igcse_physics
SciShow
What is the Strongest Magnet We Possibly Could Make?
Dynamic Vidyapeeth
Difference between Diamagnetic, Paramagnetic, Ferromagnetic, Chapter 5, Magnetism, Class 12 Physics
Mental Exercise
Mental Control of the Energy Field (by Manly P. Hall) Lecture
PW - Hindi Medium
विद्युत चुम्बकीय प्रेरण in One Shot | कक्षा 12वी /JEE /NEET | Electromagnetics Induction