Electromagnetism

Electromagnetic purpose - The purpose of my experiment was to investigate which factors have the most impact on electromagnetism to provide the best electromagnet in the experiment. The factors I use are as follows. The number of coil windings around the nail and the amount of current in the circuit. It is these elements that I use to see which gives the best electromagnet. Scientific knowledge - How to obtain an electromagnet - When a current flows through the coil, a magnetic field effect or "magnetic field" occurs around the wire.

Electromagnetism is a field of physics, which involves the study of electromagnetic force, that is, the physical interaction occurring between charged particles. Electromagnetic force usually shows electromagnetic field such as electric field, magnetic field, light, etc. It is essentially one of four basic interactions (often called force). The other three basic interactions are strong interactions, weak interactions and gravity. At high energy, weak force and electromagnetic force are integrated into a single weak force.

Electricity and magnetism are manifestations of a single potential electromagnetic force. Electromagnetism is a field of physics science that explains electrical and magnetic interaction as a single phenomenon as a single electromagnetic force. A magnetic field is generated by the moving current, and the magnetic field can move charge (current). The law of electromagnetism also explains geomagnetic and electromagnetic phenomena by explaining how atomic charged particles interact with each other

Electromagnetism theory basically discusses the relationship between electric field and magnetic field. The basic principle of electromagnetic theory includes static electricity, electromagnetic induction, and stable current magnetic field. This training material was developed based on the latest GATE syllabus. This video course is based on the latest GATE syllabus and is extremely helpful in preparing for electrical engineering students and GATE exams.

Description: Electromagnetic waves are formed when the electric field comes into contact with the magnetic field. Therefore, they are called "electromagnetic waves". The electric and magnetic fields of electromagnetic waves are perpendicular to each other (right angle). They are also perpendicular to the direction of the electromagnetic waves. Electromagnetic waves travel at a constant speed of 3.00 × 10 8 ms -1 in vacuum. They are neither deflected nor deflected by a magnetic field. However, they may exhibit interference or diffraction. Electromagnetic waves will penetrate everything from air, solid material, vacuum etc. There is no need for media to move or move from one place to another. Mechanical waves (such as sound waves and water waves), on the other hand, require a medium to propagate. Electromagnetic waves are "sideways" waves. This means that their amplitudes (heights) and wavelengths (the distance between the highest and lowest points of two consecutive waves) are measured