Electricity and magnetism, a branch of physics encompassing knowledge of static electricity, electric currents, and magnetic phenomena. Magnetism and electricity are similar to the two sides of the same coin, because a changing magnetic field creates an electric field and vice versa. Take a magnet, for example, and move it around you, and suddenly you surround yourself with an electric field.
Content:
- Coulomb's Law
- Electric field strength
- Field strength at a distance r from the field source
- electric field potential
- The potential of the field of a point charge at a distance r from the charge
- By the principle of superposition of fields, tension
- potential
- The work of the forces of the electric field to move the charge
- The relationship between tension and potential
- Power consumption of a solitary conductor
- Electric capacitor
- Electric capacity of a flat capacitor
- Energy of a charged capacitor
- current strength
- current density
- conductor resistance
- Ohm's law
- The power of Lorenz
- The flux of the magnetic induction vector
- Threading
- Faraday-Lenz Law
- EMF of self-induction
- Solenoid Inductance
- Magnetic field energy
- A charge flowing in a closed loop when the magnetic flux changes through the loop
- Work on moving a closed loop with current I in a magnetic field
Content:
- Coulomb's Law
- Electric field strength
- Field strength at a distance r from the field source
- electric field potential
- The potential of the field of a point charge at a distance r from the charge
- By the principle of superposition of fields, tension
- potential
- The work of the forces of the electric field to move the charge
- The relationship between tension and potential
- Power consumption of a solitary conductor
- Electric capacitor
- Electric capacity of a flat capacitor
- Energy of a charged capacitor
- current strength
- current density
- conductor resistance
- Ohm's law
- The power of Lorenz
- The flux of the magnetic induction vector
- Threading
- Faraday-Lenz Law
- EMF of self-induction
- Solenoid Inductance
- Magnetic field energy
- A charge flowing in a closed loop when the magnetic flux changes through the loop
- Work on moving a closed loop with current I in a magnetic field
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