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The Maxima on-line user's manual

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Adjoint

Function: adjoint (<M>) Returns the adjoint of the matrix <M>. The adjoint matrix is the transpose of the matrix of cofactors of <M>.

m:matrix([-3,5,6],[-1,2,2],[1,-1,-1]);
adjoint(m)

(%o1)                                true
(%i2) 

Related Examples

adjoint-determinant-matrix-transpose

a:-(k1+k2+k3)/m1;

b:k2/m1;

c:k3/m1;

Calculate

adjoint-determinant-invert-matrix

r1:[3,2,2];

r2:[2,3,2];

r3:[1,1,1];

Calculate

adjoint-determinant-matrix

R1:[3,2,2];

R2:[2,3,2];

R3:[1,1,1];

Calculate

adjoint-matrix

matrix([a,b],[0,0]);

adjoint(matrix([a,b],...

Calculate

adjoint-matrix-transpose

a:matrix([a_1],[a_2],...

m:matrix([0,-a_3,a_2]...

a.transpose(a);

Calculate

adjoint-determinant-matrix

r1:[3,2,2];

r2:[2,3,2];

r3:[1,1,1];

Calculate

adjoint-determinant-invert-matrix

r1:[3,2,2];

r2:[2,3,2];

r3:[1,1,1];

Calculate

adjoint-determinant-matrix

r1:[3,2,2];

...

r3:[1,1,1];

Calculate

adjoint-matrix-print

A:matrix([4,3,2],[1,2...

print("la adjunta es:...

Calculate

adjoint-determinant-eigenvalues-eigenvectors-invert-matrix

A: matrix([1,2], [3,4]);

determinant(A);

adjoint(A);

Calculate