LinearAlgebra[Generic]
NullSpace
compute the nullspace of a Matrix
Calling Sequence
Parameters
Description
Examples
NullSpace[F](A)
F
-
the domain of computation, a field
A
rectangular Matrix over values in F
NullSpace(A) returns a basis for the linear system A x = 0 over the field F as a set of Vectors B = {b1, b2, ...}.
The (indexed) parameter F, which specifies the domain of computation, a field, must be a Maple table/module which has the following values/exports:
F[`0`]: a constant for the zero of the ring F
F[`1`]: a constant for the (multiplicative) identity of F
F[`+`]: a procedure for adding elements of F (nary)
F[`-`]: a procedure for negating and subtracting elements of F (unary and binary)
F[`*`]: a procedure for multiplying two elements of F (commutative)
F[`/`]: a procedure for dividing two elements of F
F[`=`]: a boolean procedure for testing if two elements in F are equal
See Also
LinearAlgebra[Modular][Basis]
LinearAlgebra[NullSpace]
Nullspace
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