New posts in determinant

The Hessian of the Determinant

linear-algebra determinant

Differentiating the determinant of the Jacobian of a diffeomorphism (don't understand a proof)

matrices differential-geometry partial-differential-equations determinant

For which values does the Matrix system have a unique solution, infinitely many solutions and no solution?

linear-algebra matrices determinant systems-of-equations

Name for determinant identity

linear-algebra matrices terminology determinant

Prove the n-th power of a matrix is the null matrix

linear-algebra matrices complex-numbers determinant

What does abstract algebra have to say about the determinant?

linear-algebra abstract-algebra determinant

Number of singular $2\times2$ matrices with distinct integer entries

linear-algebra combinatorics matrices determinant

Origin and use of an identity of formal power series: $\det(1 - \psi T) = \exp \left(-\sum_{s=1}^{\infty} \text{Tr}(\psi^{s})T^{s}/s\right)$

linear-algebra number-theory power-series determinant p-adic-number-theory

Is a nonsingular matrix not the same as an invertible matrix?

linear-algebra abstract-algebra matrices determinant

Proof of a Determinant Identity

linear-algebra matrices determinant

How to prove that det($A^{T}A$) is nonnegative?

linear-algebra matrices determinant

Determinant of Killing form of sl_n

linear-algebra determinant lie-algebras positive-characteristic

determinant inequality $\det(A^2+AB+B^2)\geq\det(AB-BA)$

linear-algebra inequality determinant

How to calculate this determinant? [duplicate]

linear-algebra matrices eigenvalues-eigenvectors determinant

An elementary way to show that the determinant is non zero

linear-algebra abstract-algebra matrices elementary-number-theory determinant

Metric for how symmetric a matrix is

matrices eigenvalues-eigenvectors determinant symmetric-matrices

Solving a system of non-linear equations

linear-algebra matrices determinant systems-of-equations matrix-rank

Find this Determinant

linear-algebra matrices determinant

Prove that $A\mathbf{x}=0$ has a non-zero solution $\mathbf{x}$ iff $\det(A)=0$.

linear-algebra matrices eigenvalues-eigenvectors determinant

Taking product of cofactor with different row

linear-algebra determinant