flux unit magnetic flux- a measure of the strength of a magnetic field over a given area maxwell,Mx- a cgs unit of magnetic flux equal to the flux perpendicular to an area of 1 square centimeter in a magnetic field of 1 gauss
Its SI unit is weber (tesla/m2tesla/m2) while the CGS unit is maxwell. It is calculated by the formula = B(Acos θ). Where B is the magnetic field and A is the area through which magnetic flux is passing. According to this formula, the flux is maximum when the area is parallel t...
What is the SI Unit of magnetic field? The International System (SI) unit of magnetic fields is Tesla (T). Apart from the SI system, the B-field in Gaussian-cgs system is measured with the unit gauss (G).
(Units) the cgs unit of magnetic flux density; the flux density that will induce an emf of 1 abvolt (10–8volt) per centimetre in a wire moving across the field at a velocity of 1 centimetre per second. 1 gauss is equivalent to 10–4tesla ...
Back in the early history of studying magnets, the CGS system (pre-SI) described magnetic flux as some, "number of lines." It makes a certain kind of sense - the more flux lines you have going through some area, the more magnetic flux you have. This unit of measurement really isn't...
Field Flux-- The quantity of total field effect, or "substance" of the field. Analogous to electric current. Field Intensity-- The amount of field force (mmf) distributed over the length of the electromagnet. Sometimes referred to asMagnetizing Force. ...
"Maxwell" − the old unit for magnetic flux: tesla (T) − metric system − Unit of magnetic flux density. Unit is named after Nikola Tesla. Gauss (G) − cgs − Unit of magnetic flux density, that is equal to 0.0001 Tesla. Unit is named after Carl Friedrich Gauss. weber/squar...
We construct a magnetic flux ϕB in much the same way that we construct an electric flux ϕE. For a constant magnetic field B and a plane surface A, the magnetic flux is defined as the scalar product of the magnetic field and the area. (32.2)ΦB=B·A The flux unit is a tesla...
Whether a solar eruption is successful or failed depends on the competition between different components of the Lorentz force exerting on the flux rope that drives the eruption. The present models only consider the strapping force generated by the backgr
(Units) the cgs unit of magnetic flux density; the flux density that will induce an emf of 1 abvolt (10–8volt) per centimetre in a wire moving across the field at a velocity of 1 centimetre per second. 1 gauss is equivalent to 10–4tesla ...