1
[ adjective ] equal to zero when raised to a certain power

Used in print

(Kenneth Hoffman and Ray Kunze, Linear Al...)

We say that N is nilpotent if there is some positive integer r such_that * * f .

Then there is a diagonalizable operator D on V and a nilpotent operator N on V such_that ( a ) * * f , ( b ) * * f .

The diagonalizable operator D and the nilpotent operator N are uniquely determined by ( a ) and ( b ) and each of them is a polynomial in T .

We have just observed that we can write * * f where D is diagonalizable and N is nilpotent , and where D and N not_only commute but are polynomials in T .

Now suppose that we also have * * f where D ' is diagonalizable , N ' is nilpotent , and * * f .

Related terms

zero

*