Magnetism Unit Conversion Calculator
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Use the converter above to calculate different values and units
Magnetism Conversion FAQs
Find answers to common questions about magnetic measurements and conversions.
Magnetic units can be converted between: 1) Magnetic field strength: tesla (T) to gauss (G) (1T = 10,000G), 2) Magnetic flux: weber (Wb), 3) Magnetomotive force: ampere-turns (At), 4) Magnetic field intensity: ampere per meter (A/m). Our calculator handles these conversions automatically.
Magnetism is converted to electricity through electromagnetic induction using: 1) Generators, 2) Dynamos, 3) Alternators, 4) Transformers, and 5) Magnetic pickups. This process occurs when a conductor moves through a magnetic field or when magnetic fields change near a conductor.
The three main types of magnetism are: 1) Ferromagnetism (strong attraction, like in iron), 2) Paramagnetism (weak attraction, like in aluminum), and 3) Diamagnetism (weak repulsion, like in copper). Each type has different magnetic field characteristics and conversion factors.
5 gauss equals 0.0005 tesla (T) or 500 microtesla (µT). This is because 1 gauss = 0.0001 tesla. For reference, Earth's magnetic field is about 0.5 gauss at the surface, so 5 gauss is 10 times stronger than Earth's magnetic field.
Yes, there are several units for magnetism: 1) Tesla (T) or Gauss (G) for magnetic field strength, 2) Weber (Wb) for magnetic flux, 3) Henry (H) for inductance, 4) Ampere-turns (At) for magnetomotive force. Each measures different aspects of magnetic fields.
1 tesla (T) equals: 1) 10,000 gauss (G), 2) 1 weber per square meter (Wb/m²), 3) 1 newton per ampere-meter (N/A·m), 4) 1 volt-second per square meter (V·s/m²). Tesla is the SI unit for magnetic flux density or magnetic induction.