The primary component in Cramer's Rule, for ten points, name this function which, for a two by two matrix with members "a, b, c, d" can be found subtracting b times c from a times d.
An example of these governs Szego's Limit formula and is named for Fredholm, while their multiplicativity is described by the Cauchy Binet formula. Using the Bareiss algorithm to determine a skew-symmetric form enables representation of the Pfaffian, and in quantum mechanics, one of these describes a multi-fermionic wavefunction that satisfies anti-symmetry, and is named for Slater. The "super" type is sometimes names for Berezinian, and Abel's identity facilitates the computation of the Wronskian variety. The primary component in Cramer's Rule, for ten points, name this function which, for a two by two matrix with members "a, b, c, d" can be found subtracting b times c from a times d.
An example of these governs Szego's Limit formula and is named for Fredholm, while their multiplicativity is described by the Cauchy Binet formula.
{Determinant}