Today we will cover list the of properties of magnetic field lines, the origin of magnetic field lines, the start of magnetic field lines, and the concept of a cyclotron.
Magnetic field lines have unique properties, such as moving from the south pole to the north pole and attracting ferromagnetic metals. There are two types of magnetic fields – man-made and natural magnets.
List the properties of magnetic field lines:-
- To identify the path of the magnetic field by using the tangent drawn on the magnetic field lines.
- The magnetic field always follows a closed-form loop.
- By increase in the strength of the magnet increases the closeness and density of the magnetic field.
- Magnetic field lines never intersect each other.
- The magnetic field emerges from the north field and terminates at the south field of the magnetic bar.
- We can find the direction or vector across the magnetic field lines. Vector represented by magnetic field lines.
- Magnetic field lines represent the direction and Pole strength.
- The magnetic field lines are highly denser near both poles.
- The opposite poles attract each other and the same poles are repulsive to each other in nature.
Types of the magnet:-
- Electromagnetic
- Natural Magnet.
Way to measure magnetic fields:-
- The main current-carrying conductor attracts ferromagnetic metals.
- Allowing us to determine the magnetic field using the SI unit of magnetic flux, the weber.
- A magnetic compass proves useful for finding the direction of the magnetic field and is widely used in aviation
- Navy, shipping industries, etc. We can measure magnetic fields by the flow of current.
What are Cyclotrons?
Cyclotrons use a rotating magnetic field to control the movement of radioactive materials. They rely on the reliability of the magnetic field, which is why they are commonly used in accelerator magnetic fields.
Advantages of the magnetic fields:-
- The mostly used are the electric motor and generators.
- The revolutionary change in automation by using electromagnetic.
- In electricity generation flux is cut in the alternator to generate electricity.
- Very easy to use as per application.
- For more information please click here.
Disadvantages:-
- We can’t control the path of the magnetic field.
- A high amount of energy is required for the generation of electricity.
- It distorts the part of a magnetic field in the case of interfering with the other magnetic field.
Reference links:-
- HyperPhysics: http://hyperphysics.phy-astr.gsu.edu/hbase/magnetic/magfie.html
- Physics Classroom: https://www.physicsclassroom.com/class/circuits/u11l2b.cfm
- Khan Academy: https://www.khanacademy.org/science/physics/electromagnetic-forces-and-fields
You can follow us on LinkedIn.
I am a highly motivated and skilled individual with a passion for Electrical engineering. I have 1 year of experience in Robotics and Electrical engineering, which has allowed me to develop a strong set of skills in PLC, Painting Robots, SCADA. I am a quick learner and am always looking for new challenges and opportunities to expand my knowledge and skills. I am a team player and enjoy working with others to achieve a common goal. Successfully completed many projects for a various clients in the automobile sector.
Thank You