In electronics and electromagnetic theory, magnetic materials and circuits possess distinct measurable properties. Match each magnetic term on the left with its correct technical definition on the right.
- PermeabilityThe measure of a material's ability to allow magnetic lines of force to pass through it.
- RetentivityThe capability of a magnetic material to retain residual magnetism after the external field is removed.
- ReluctanceThe opposition a material presents to the establishment of magnetic lines of force.
- Flux DensityThe concentration of magnetic field lines passing perpendicularly through a unit cross-sectional area.
Answer
Permeability matches the measure of a material's ability to allow magnetic flux to pass; Retentivity matches the capability to retain residual magnetism; Reluctance matches the opposition to magnetic lines of force; and Flux Density matches the concentration of field lines per unit cross-sectional area.
Each fundamental magnetic term pairs with its standard physical definition: Permeability measures the ease of supporting magnetic flux, Retentivity is the capacity to hold residual magnetism, Reluctance is the opposition to magnetic lines of force, and Flux Density is the concentration of field lines per unit area.
Step-by-Step Solution
Key Concept
Fundamental magnetic properties and technical terminology governing magnetic circuits.