The discussion revolves around the differences between permanent magnets and electromagnets, exploring their definitions, properties, and methods of magnetization. Participants also touch on related topics such as the materials that can be magnetized and the processes involved in creating magnets.
The discussion contains multiple competing views regarding the properties of materials suitable for magnetization, the methods for creating magnets, and the definitions of magnetic phenomena. No consensus is reached on several points, particularly regarding the suitability of iron versus steel for permanent magnets.
Participants express varying levels of understanding about the concepts discussed, indicating potential gaps in knowledge or differing interpretations of terms like remanence. Some statements rely on assumptions about material properties and methods that are not universally agreed upon.
This discussion may be of interest to individuals exploring the fundamentals of magnetism, students seeking clarification on magnetic materials, and those curious about practical methods for creating magnets.
Xidike said:if a conductor is placed in magnetic field then How can magnet cause the flow of current in that conductor ?
It will cause his ticket machine to burst into flames.Xidike said:if a conductor is placed in magnetic field then How can magnet cause the flow of current in that conductor ?