The resulting electric, magnetic, and Coulomb quantities form an algebraically linked family. They inherit a common calibration and cannot be counted as three statistically independent confirmations merely because they have different units and appear in different physical expressions.

The linked calculation provides a useful internal requirement. Incompatible numerical inputs or a lost unit factor would prevent the family from closing consistently. Passing that requirement establishes consistency under the specified relations, while leaving the physical origin assigned by MQ open to further testing.

The October source documents this dependency rather than a new electrostatic-force experiment. Reporting the result accurately requires the shared uncertainty chain, the adopted realization parameter, and the distinction between a derived constant and a separately measured quantity. Those conditions preserve the substantive algebra without overstating its empirical independence.